Home Blog Page 3

#Smart Way Of Getting Out of a Solar Contract-Solar Panel Contract: How it works?

Atiqur Rahman Mollick
-
0
#Smart Way Of Getting Out of a Solar Contract-Solar Panel Contract: How it works?

In recent times, solar energy has spread to many parts of this planet. Along with helping the environment, solar energy has made power consumption easier. The sphere of solar energy is widening, and new dimensions are adding to this.

For the customers, despite domestic and commercial users, solar power is now comparatively more amicable solution.

Many homeowners seek solar panel contracts, and many have to get out of the contracts for many reasons. There are certain crucial things which customers should know about How to get out of a solar panel contract.

Solar panel contract: How it works

Many companies around the world provide solar panels. They also come up with multiple options for customers. The solar contract is one of them. 

Like different types of solar panels, solar contracts also have variations. Generally, three types of solar agreements have become popular. Direct ownership, solar lease, and Power Purchase Agreement (PPA) are the genres of solar panel contracts. 

  • Direct Ownership: By this option, a customer chooses a suitable agreement with their provider. When the matter of payments comes, the customer can pay for it or take a solar loan. In recent times, the solar loan has become easier to have one. Before taking a contract, a buyer should know about the panel’s niceties, its working process, and maintenance. Although having the arrangement has almost nothing to maintain, a customer should keep a tiny amount for the costs. Generally, a system runs for about 25 years; a customer should consider it before taking it. Customers who want to expand their savings should think about owning a solar panel. 
  • Solar Lease: By this option, a customer gets a solar PV system which the provider installs along with an inverter and other necessary things. On the other hand, the customer has to pay a certain amount as rent. Usually, after 25 years, the customer can return the system or have a buyout option. It depends on their choice. In this case, the providing companies take the maintenance responsibility. A customer has to become aware of the escalator, by which the rent raises at a specific rate each year. Usually, leasing solar isn’t a more excellent option than owning, but it can be helpful for a customer who doesn’t have that much taxes. 
  • Power Purchase Agreement (PPA): The customer neither owns the system nor leases it by this option. Instead, they have the power it produces. For that, they have to pay a certain amount as a monthly fee. A customer should know about the power production capacity and their needs before going with it. Except for some dissimilarities, it’s almost like solar leasing. For people who look for a lease, a power purchase agreement can be helpful for them too. 

Some Significant Facts about Solar Panel Contract  

Today, solar panels have become common scenario around the world. For the expanding demands for solar electricity, companies like SunRun, SolarCity, or SunPower offer contracts for solar panels in straightforward terms and conditions. Although they are advantageous, a customer should perceive the facts about solar agreements. Here are some crucial attributes that might help: 

  • According to the thoughts of many people, solar energy is free. Well, it isn’t true. The same thing goes for the solar contract. An honest company will show their customer the actual expenses of a solar contract. 
commercial solar energy
  • A popular belief exists that after having a solar contract, no electricity bill occurs. Well, it’s all wrong. A customer must pay a small bill during solar and a heavier account after the 12 months’ cycle. 
  • A typical solar contract can long at least 20 years. But in some cases, the longevity can be 15 years for a customer. According to popular belief, the time conditioning is too long. But actually, it’s not that complex. 
  • According to another popular belief, Power Purchase Rate is very high. But the reality is different. Recently, the price of the solar contract has gone down. In many states in the USA, the solar contract has become affordable. 
  • People often think recent traditional power is easy to get, so solar contract is of no use. This thought exists because of the ups and downs of the current price rates of natural gas. For inflation and other economic consequences, traditional power costs won’t remain cheap. So, it’s high time to get the solar contract. 
  • Compared with a traditional power supply, a solar contract needs extra costs. It includes supply and delivery charges. On the other hand, the kWh rate also matters here. Here every kWh contains the above expenses. 

Why could someone need to get out of a solar panel contact?

Solar energy provides more utility than conventional power systems. By its functionality, the solar contract came into being. Solar contracts work in a systematic way that provides renewable electricity, but consumers should have concerns about these.

  • The continuing frugality is lower than that of purchasing a solar panel. 
  • A customer could face shortcomings in case of the Federal Tax Credit. Also, having a local SREC (Solar Renewable Energy Certificate) could become troublesome. 
  • During a long-term solar contract, repairing the house could be difficult due to the terms and conditions. 
  • In the case of leasing solar, the escalator could increase the expenditure. Gradually, a customer could face more payoff. 
  • Without owning a panel for himself, a consumer has to pay a lot by contracting solar. 
solar energy in sunny enviorenment
  • It becomes harder to sell a house that went with solar contract. The new home buyers often are not eager to buy one with a solar contract. 
  • Consumers often face another difficulty; owners often design a panel according to their benefit. As a result, solar contracts don’t appear as beneficial as it seems. 
  • Comparing with buying a solar panel, customers don’t have many opportunities which owners have. 

Things one needs to consider about getting out of the solar panel contract. 

Any contract requires proper attention and an entirely critical analysis before going with it. The same is valid here. Canceling a solar contract is a vital matter to perform. Therefore, consumers should prepare themselves to become aware about the reality. Here are some facts about getting out of a solar contract: 

  • Usually, a solar contract lasts for 10 to 20 years. Before that, it’s hard for a consumer to cancel a contract. 
  • Things can become tougher when a consumer wants to sell his house. A buyer may probably not be eager to buy a home with a solar panel by contract. 
  • Typically, a house with solar panels by purchasing can increase the cost. On the other hand, same thing can’t always happen with a place with a solar contract. 
  • The buyout option is crucial for a solar contract. It often happens that if any company doesn’t offer a clear buyout offer, canceling a contract can be the alternate. 
  • Instead of getting out formally, many companies offer a purchasing option for the customers. It’s needless to say that this option is not that profitable for a consumer. 
  • Before installation, cancellation is easier. Usually, a consumer gets a time-lapse of 30 days to cancel a solar contract before having it.  

PPA (Power Purchase Agreement) and getting out of solar panel contract

PPA or Power Purchase Agreement is a kind of business deal; by this, a provider manages a solar panel for its customer. The provider is liable for the design, installation, and maintenance. After the building, the provider sells electricity at a specific rate. Typically, the provider gains profit by selling the power which the panel generates. The company is also responsible for the tax credits and other financial matters. 

Usually, a PPA lasts for about 10 to 25 years. After that, the customer can buy out or purchase the system. As getting out of a solar contract comes, a customer should be aware of something paramount in many respects. 

  • Consumer Doesn’t Have Ownership: In PPA, the consumer doesn’t own the solar system. As a result, many difficulties arrive. He often can’t have the proper outcomes a solar panel gives. On the other hand, costs increase many a time. 
  • The Matter of Property Value: Although PPA almost seems like owning a solar, it’s not. It doesn’t have any connection with the property value. PPA can reduce the property cost because a new owner often doesn’t like that. 
  • The Fact of Yearly Escalators: Many PPA providers include annual escalators. As a result, the cost climbs up at a specific rate. Some companies add it because they think that the electric utility bill of the customers will keep rising. 
  • Irregular Monthly Bill: According to the uncertain appearance of the weather, the monthly expense varies. Unlike solar lease or owning, the bill often takes shape like awful. People can’t foresee whether, similarly, PPA bills become unpredictable as it happens. 
A common PPA model; seia.org

Buyout or Purchasing: which option is better? 

After having a solar contract, a customer gets an option of either buyout or purchasing the system when it ends. In this situation, many users often face a dilemma. Many new users think that buyout is better as an option; others believe the opposite. Well, each of them has its attributes. Here are some comparisons which can clear the aspects of them:

  • In case of shifting, buying out a solar contract can add more value to a house. In that issue, a buyout can make the cost of a home better. Although purchasing can make this easy, a buyout is more helpful because leading companies offer it before ending the contract. 
  • Usually, after seven years, a customer can buy out the contract. On the other hand, a customer can purchase the contract after it overs. So, buying out can help a consumer in a different situation. 
  • Primarily, consumers often choose buyout mainly to save money. Contrastingly, purchasing doesn’t help a consumer that much. Also, many consumers experience more expenses in purchasing than a buyout. 
  • In any issues of repairing, the consumer takes the responsibility of the panel. Then they have to bear the expenses. Although it sounds the same, the buyout is more helpful because a customer doesn’t have to pay the extra costs. 

Some Statistics

Today’s scenario states that solar contract is becoming less popular among consumers. On the other hand, alternative options are becoming familiar. Many people are rushing for solar loans and other options. But that doesn’t mean that solar panels have become less popular. But newer options are rising and gradually replacing the admiration of solar contract. 

The following figure shows that solar contracts can cause more costs than self-finance solar panels. It means that contracts don’t save consumers money all the time.  

Solar contracts can cause more costs than self-finance solar panels; triplepundit.com

Another statistic indicates that alternate options are advancing instead of solar contracts. It shows that solar contract is no more popular now than near the past, and new choices are being familiar among buyers. 

Solar loans are becoming more popular than contracts; pv-magazine-usa.com

Another figure shows that solar loans are capturing the market arena. Here, we can see that solar loans are replacing third-party ownership with increasing benefits. 

www.iea.org

The figure below also indicates that consumer-owned solar panels are increasing at multiple stages. As a result, solar contracts are going backward. Instead of it, solar loans or other direct ownerships are gaining popularity among consumers. 

assets.greentechmedia.com

Several crucial facts about getting out of a solar panel contract

Before signing a solar contract, a consumer should know some fundamental things about it. 

  • Getting Out of a Solar Contract costs extra money. Although going solar contract costs a little, the case of getting out is different. A consumer should be conscious of that. 
  • A customer can transfer a solar contract. Many solar companies own service transfer specialists who perform this efficiently. If a consumer assigns his contract, a new homeowner can have the contract. Different authorities have various conditions in this case. 
  • In some cases, a customer can shift the panel to another house. Although, a consumer has to examine the targeted house whether the roof is good enough. Many solar companies offer options for relocating a contract. 
  • Many solar companies maintain pay escalators. By this, costs increase at a specific rate. Thus a consumer has to count more money. It’s a prime reason for which many consumers want to get out of solar contracts. 
  • Although companies take the charge of maintenance, sometimes the consumers have to bear the cost of maintaining the solar system. 
  • Companies often run the contract even the consumer dies. Unbelievable, but it’s true. In this critical situation, the family members have to continue the contract. But recently some changes have appeared in this matter. 

FAQ’s about getting out of a solar panel contract 

What Does PPA Refer?

The PPA or Power Purchase Agreement is a contract between a provider and consumer. By signing this contract, a consumer purchases the power from the authority’s solar panel. He has to pay an annual amount for the power he buys from the provider. 

What Happens If a Solar Contract Ends?

When a solar contract is over, a consumer often has several options. He can extend the contract or purchase the system at a fair market value. Or, the consumer can inform the authority to remove the panels from his roof. 

Who Takes care of the solar Panels?

The providing authority, for example, the SunRun or the SolarCity takes care of the solar panels. 

After Going with Solar Contract, Will a Customer with the Grid? 

Yes, certainly. The contract providers ensure it. A consumer gets the benefit of the power grid after signing a solar contract. 

What Happens if The Roof Damages?

If a customer informs, the providing companies take charge of repairing the roof of the consumer. 

Is Solar Lease Very Expensive for a Consumer?

It isn’t, actually the opposite, profitable. But that’s not the problem. The reality is that today it has become a trap for many consumers. The conditions often create complexities by which buyers often want to get rid of the solar contract. Moreover, new options like solar loans have become more accessible now, so solar contracts are becoming less popular. 

Conclusion

Renewable energy is always good for our surroundings when people use it properly. Solar panels are the perfect examples of clean energy by which a green future could come nearer.

The solar contract is a familiar medium by which a homeowner can have the power by paying for it. But sometimes contracts become costly and complex, although it’s very trendy. That’s the reason for many buyers are getting out of solar contracts. 

Summary

Today, a lot of ways have become easier to get solar power for consumers. Among them, a solar contract is a significant way that gained much familiarity for years. By signing a solar contract, a consumer gets the power which the solar panel produces. The company owns the panel and takes a certain annual amount for the energy. Recently, for many customers; solar contract has become hard to deal. Because of the conditions of the contracts, consumers often have to pay more money. That’s why today many consumers want to get out of solar contracts. They have other good options like the solar loan, which is becoming popular day by day.

Is Renewable Energy Poses Challenge For Wildlife Conservation? Wildlife Conservation vs Renewable Energy

Nabila
-
0
Is Renewable Energy Poses Challenge For Wildlife Conservation? Wildlife Conservation vs Renewable Energy

Renewable energy, for example solar panels, wind turbines, and hydroelectric dams, is often hailed as a critical strategy in the fight against climate change, mainly because they reduce greenhouse gas emissions and carbon dioxide.

Renewable energy poses is generated from the natural processes that are continuously replenished, such as sunlight, geothermal heat, wind, tides, water, and various biomass forms, Unlike fossil fuels — coal, oil, and natural gas.

But development in the renewable energy sector can have harmful effects on the environment. Countries around the world are switching to reduce emissions and shifting away from fossil fuels.

And whereas renewable energy poses is one of the best practical ways to do so, though it’s not always free of environmental impacts, it has intense and well understood environmental impacts, especially on Wildlife Conservation.

Let’s have a read on how Renewable Energy poses challenge for Wildlife Conservation and take time to read through-

How is Green Renewable Energy?

Many countries are eagerly looking to install solar, and wind farms for being off carbon-based or so-called “dirty” energy, a few countries, operators, and the industry itself have comprehensively tacked the long-term effect. And the result is to dispose of these systems, which have environmental hazards like toxic oil, metals, fibreglass, and other harmful material.

The environmental impacts associated with wind & solar power can include 

  • Ecological land use 
  • Endangered habitat loss
  • Excess water use and the 
  • Use of hazardous materials for manufacturing

However, the types of impacts vary significantly depending on the process’s scale and the technology used.

News releases that French farmers claim that solar panels and wind turbines in Brittany are releasing electricity into the ground, slowly killing their livestock.

In the Brittany region, several farmers have reported losses of hundreds of cows, and veterinarians have been unable to explain the cause.

The mysterious cattle deaths have led one Côte d’amour farmer to file a lawsuit against a company, which has not been named, A farmer lost around 200 cows in five years, blaming antennas transformers and turbines in the area. The human body can resistance of 1,500 Ohms, while the cows have only 500 Ohms of electrical power.

Renewable Energy Poses a Threat to Wildlife Conservation

Renewable energy is produced by using technologies that convert the natural power of the sun (solar), wind, plants (biomass), and water (hydro, tidal, and hydrokinetic) into electricity and Earth’s heat (geothermal). In the past decade, the solar and wind energy development scale has expanded worldwide.

Wind turbines now provide power grids in different regions. The number of utility-scale solar energy projects is overgrowing in the U. S., Western, Asian & African Regions.

Renewable Energy

Many large projects occur on undeveloped public lands, and new projects are anticipated to occur at an increasing rate, which can create further stress on wildlife.

As new projects often occur in adjacent to wildlife habitats, ecological science plays an essential role in guiding project siting and operational decisions.

To understand the factor that poses a threat to wildlife conservation by driving renewable energy expansion and what might hold it back, we’ve put together a series of prominent recent developments and the significant forces that pose a threat to wildlife & the environment.

How does renewable energy affect wildlife? Here are few examples:

Wind farms and massive area of solar panels are cropping up across public and private landscapes in the United States (U. S.) and other countries. Users increasingly turn to “renewable energy” as their preferred flavor of electricity. Here are few examples renewable energy affect wildlife:

  • In both land-based and offshore wind turbines, Wind turbines kill millions of migratory birds and bats each year from collisions.
  • Hydroelectric dams sometimes block migration routes for fish, preventing them from breeding and causing high juvenile mortality rates.
  • Concentrating solar plants are known as “power towers,” produce beams of sunlight that are intensely ample to burn insects and birds.

Impact of Renewable Energy Poses on the Environment 

Suppose you consider the intensity and magnitude of environmental impacts from renewable energy development, which vary depending on the technology we used, the extent of land conversion, and several other factors.

But one of the essential determinants is project siting. Project location should be developed in areas with little wildlife habitat for considering ecological standpoint.

However, in the United States, government agencies at both the state and federal levels have yet to adopt strong renewable energy policies regarding wildlife conservation.

In the U.S., utility companies have built renewable energy projects on mostly undeveloped areas where land prices are less high but where risks to biodiversity may be more significant than in more developed regions that show in the writing. 

D:\170214 _iDEAtedlab_EcoWowLife\01 iDEAtedlab_EcoWowLife\02 Article_ideatedLab_EcoWowLife\01 Article_EcoWowLife_AM\200406 AM_06_RE Vs WC\200406 AM_06_RE Vs WC_images\merlin_2848903.jpg
www.deseret.com

Wind Turbines Causes of Bird Fatalities 

Wind turbines or other “green energy” products such as solar panels wear out. They are creating new types of hazardous waste, and windmills are the least energy-producing and most physically challenging renewable energy waste. 

The sheer size of the windmills and facing difficulty to dispose of them. The high promise of future wreckage.

In the United States, birds provide billions of dollars in economic benefits, such as overturning insect pests in crop fields and pollination of essential desert plants.

Nevertheless, unprecedented numbers of birds began dying at wind power facilities around the millennium turn, creating an understanding of the causes of bird fatalities at wind turbines and eventually find solutions to this new problem. 

In-flight, even echolocation birds perceive distant objects primarily through vision and can see in dim lighting conditions.

The accumulative evidence indicates that tree birds might mistake wind turbines for trees in the dark—a possibly fatal case of mistaken character. 

D:\170214 _ideatedlab\01 iDEAtedlab_Env Web Hub\02 Article & features_iDEAtedlab_Env Web Hub\01 Article & features_Eco Wow Life_AM\200406 AM_06_RE Vs WC\New folder\scientists-bat-deaths-wind-turbines.jpg
How Bat Fatalities Could Be Reduced By Increasing Start Wind Speed Threshold For Wind Turbines

The impacts of Solar Energy on wildlife: Effects due to construction and decommissioning

By 2050 just for solar waste

  • U. S., 10 million tons.
  • Germany, 3 million tons.
  • China, 20 million tons.
  • Japan, 7.5 million tons.
  • India, 7.5 million tons.

This information released by the U.S. Environmental Protection Agency predicts these startling global numbers for countries. Solar arrays’ life cycle is about 30 years.

Still, the rapid adoption of solar in the United States and elsewhere has the problem faster rather than later of disposal creeping up in the rearview mirror.

The construction of solar energy facilities will impact wildlife, including rare and endangered species and their habitats.

These activities involve substantial ground disturbance and direct mortality, and indirectly habitat loss, degradation, and modification impact wildlife and their habitat. 

Mortality of wildlife-Underground animals can be affected, including species that hibernate underground.

Even lightweight vehicles like motorcycles are capable of causing significantly increased soil density (soil compaction) at a depth of 30–60 cm as their tires pass over the surface. 

Similar or more significant impacts would be expected from the heavy equipment associated with the energy facility’s construction activities.

Destruction and modification of wildlife habitat- ground-disturbing activities affect various functions in the desert, including soil density, water infiltration rate, vulnerability to erosion, secondary plant succession, invasion by exotic plant species, and stability of cryptobiotic soil crusts.

All of these processes have the ability—individually and together—to alter habitat quality, often to the detriment of wildlife. Any disturbance and alteration to the landscape, including the construction and decommissioning of utility-scale solar energy facilities, can increase soil erosion.

Erosion can physically and physiologically affect plant species and can thus adversely influence primary production and food availability for wildlife.

Solar energy facilities require substantial site preparation (including vegetation removal) that alters topography and, thus, drainage patterns to divert the surface flow associated with rainfall away from facility infrastructure.

Channelling runoff away from plant communities can have dramatically negatively affected water availability and habitat quality.

Areas deprived of runoff from sheet flow support less biomass of perennial and annual plants relative to adjacent areas with uninterrupted water-flow patterns.

Off-site impacts- Direct impacts on wildlife and habitat can occur well outside the energy facility’s actual footprint.

Extraction of large amounts of raw materials for the construction of solar energy facilities (e.g., aggregate, cement, steel, glass); transportation and processing of those materials; the need for large amounts of water for cooling some installations; and the potential for the production of toxic wastes, including coolants, antifreeze, rust inhibitors, and heavy metals, can affect wildlife adjacent to or far from the location of the facility.

Large-scale solar facilities’ material requirements exceed those for conventional fossil-fuel plants on a cost-per-unit-of-energy basis—besides, water used for steam production at one solar energy facility.

The wastewater was pumped into evaporation ponds that attracted birds that fed on invertebrates. Although selenium toxicity was not considered a threat based on one study’s results, the possibility exists for this toxic micronutrient. 

The impacts on wildlife: Effects due to operation and maintenance-

This category includes the effects related to the presence and operation of the solar facility, not the physical construction and decommissioning of the same. 

Habitat fragmentation-Roads and urban development continue to contribute to habitat fragmentation for any renewable energy poses setups. Large-scale energy development has the potential to add to and exacerbate the situation, presenting potential barriers to movement and genetic exchange in wildlife populations, including those of bighorn sheep (Ovis canadensis), deer (Odocoileus spp.), tortoises, and other species of concern and social significance. 

Noise effects- Industrial noise can impact wildlife, including changes to their habitat use and activity patterns, increases in stress, weakened immune systems, reduced reproductive success, altered foraging behavior, increased predation risk, and degraded communication with conspecifics, and damaged hearing.

Changes in sound level of only a few decibels can elicit substantial animal responses. This level of noise caused hearing loss in animals, such as kangaroo rats (Dipodomys spp.), desert iguanas (Dipsosaurus dorsalis), and fringe-toed lizards (Uma spp.).

Besides, it interfered with kangaroo rats’ ability to detect predators, such as rattlesnakes (Crotalus spp.). It caused an unnatural emergence of aestivating spadefoot toads (Scaphiopus spp.), which would most likely result in their deaths. 

Microclimate effects- The alteration of a landscape by removing vegetation and building structures by humans can increase animal mortality.

It changes the characteristics of the environment in a way that affects wildlife. There are potentialities of microclimate effects unique to solar facilities.

It has been estimated that a concentrating solar facility can increase the albedo of a desert environment by 30%–56%, which could influence local temperature and precipitation patterns through changes in wind speed and evapotranspiration.

Depending on their design, large concentrating solar facilities may also have the ability to produce significant amounts of unused heat that could be carried downwind into adjacent wildlife habitat with the potential to create localized drought conditions. 

A dry-cooled solar facility with a concentrating-trough system could reject heated air from the cooling process with temperatures 25–35 degrees Fahrenheit higher than the ambient temperature.

This could affect the microclimate on site or those in adjacent habitats. However, organisms whose sex is determined by incubation temperatures, such as both species of desert tortoises, may be susceptible to temperature changes because small temperature changes can alter hatchling sex ratios.

Pollutants from spills- Especially at wet-cooled solar facilities, it has a potential risk for hazardous chemical spills on site, associated with the toxicants used in cooling systems, antifreeze agents, rust inhibitors, herbicides, and heavy metals.

Wet-cooling solar systems must use treatment chemicals (e.g., chlorine, bromine, selenium) and acids and bases (e.g., sulfuric acid, sodium hydroxide, hydrated lime) for the prevention of fouling and scaling and for pH control of the water used in their recirculating systems.

Solar facilities at which a recirculating system is used also have treatment and disposal issues associated with water discharge, known as blowdown, water with a high concentration of dissolved and suspended materials created by the numerous evaporation cycles of the closed system.

These discharges may contain chemicals used to prevent fouling and scaling. The potentially tainted water is usually stored in evaporative ponds, which further concentrates the toxicants. Because water is an attraction for desert wildlife, numerous species could be adversely affected. 

Fire risks- Any system that produces electricity and heat has a potential risk of fire, and renewable energy facilities are no exception.

Concentrating solar energy facilities harness the sun’s energy to heat oils, gases, or liquid sodium, depending on the system design (e.g., heliostat power, trough, dish).

With temperatures reaching more than 300 degrees Celsius in most concentrated solar systems, spills and leaks from the coolant system increase fires’ risk.

Even though all vegetation loss reduces the risk of a fire propagating on and off-site, human activity increases fire potential, especially along major highways and in the densely populated area.

Light pollution- Solar energy facilities could produce light pollution: ecological light pollution and polarized light pollution.

PLP could be produced at high levels at facilities using photovoltaic solar panels because dark surfaces polarize light.

ELP can also be produced at solar facilities in the form of reflected light. The reflected light has been a possible hazard to eyesight.

ELP could adversely affect the physiology, behavior, and population ecology of wildlife, including the alteration of predation, competition, and reproduction.

For example, some species‘ foraging behavior can be adversely affected by light pollution. However, light pollution to be a severe threat to reptiles, amphibians, and entire ecological communities.

Besides, there may be indirect effects on wildlife through the limitation of plant food resources, significantly if pollinators are negatively affected. 

Electric vehicles bring their challenges

As big companies & industries, and the general public increasingly embrace electric vehicles, that “clean” move comes with its environmental challenges. 

The value of the materials recycled from lithium-ion batteries is only about a third of the recycling operation cost — and the expense of extracting old lithium is about five times the cost of mining for lithium.

How To Minimize the Impact of Renewable Energy

Nevertheless, the impact of renewable energy on the environment can be avoided or minimized by considerately planned and implemented development.

Using native & pollinator-friendly plantings at solar facilities can increase bees and other insects if you consider the intensity magnitude of environmental impacts from development of renewable energy.

maintain Renewable Energy

That varies depending on the technology we used, the extent of land conversion, and several other factors. But Project should be developed the location in areas with little wildlife habitat for considering an ecological standpoint.

However, government agencies have yet to adopt strong renewable energy policies regarding wildlife conservation.

In the U.S., utility companies have built renewable energy projects on mostly undeveloped areas where land prices are less expensive but where biodiversity risks may be more significant than in more developed regions.

Concluding Discussion

You will agree on that note that all energy production has associated some shot of social and environmental costs. The consideration of adverse ecological effects of renewable energy development are that the impacts of conventional energy sources.

Therefore, if you consider a responsible, efficient energy production process that requires both the minimization of environmental costs and the maximization of humanity benefits. Where factors that are not always mutually exclusive. 

Solar energy development is compatible with wildlife conservation as envisioned for the desert or close to any ecological zone or species-rich area. Even any small environmental factor also has been disturbed by the action.

The public’s shift toward renewable energy is widely perceived as a “green movement” intended to reduce greenhouse gas emissions and acid rain and curb global climate change.

However, as energy technology is simple in a sense, thermodynamically optimal, renewable, or inexpensive does not mean that it will be benign from an ecological view.

The concern of wildlife impacts is much more complicated than is widely appreciated, especially when the various scales of effects (e.g., local, regional, global) are considered.

Few facts on Renewable Energy and Wildlife Conservation

Why wildlife is considered a renewable resource? 

Renewable resources are called so because, left to themselves, over time, they will replenish themselves. The key is time. The process of replenishment is not instantaneous.

Instead, it is subject to the environment’s vagaries, climate, and so many other factors. Most renewable resources are not renewable in isolation but are renewable only because their systems are autonomous and renew themselves.

Wild animals cannot replenish their populations even if they are left alone in isolation. Too many factors in their habitat have been destroyed by humankind for us to hope for any quick recovery.

Climate change will ultimately result in the extinction of thousands of species over the next few thousand years and replace other species that survive the event.

The only way for us to stave off this extinction is to enable measures to help these limited populations last a bit longer. Eventually, however, the growing masses of humanity will not permit even that kindness.

Renewable resources are defined as “A substance of economic value that can be replaced or replenished in the same or less amount of time as it takes to draw the supply down.” This means that they can be replenished over time, naturally.

Species of wildlife have been extinct, so technically, it cannot be called a renewable resource.

Many protection programs are launched to protect endangered species, help them reproduce, and protect them from poachers.

What is the most effective form of renewable energy?

Although there are many types of energy, the most efficient forms are renewable: hydro-thermal, tidal, wind, and solar. Solar energy has been proven to be the most efficient and effective among renewable energy sources for home and commercial use. 

How efficient is renewable energy?

Half of the energy was in the form of electricity—the most efficient forms of renewable energy are geothermal, solar, wind, hydroelectricity, and biomass. Biomass has the most significant contribution with 50%, followed by hydroelectricity at 26% and wind power at 18%.

11 Best Universities For Renewable Energy Engineering in The World in 2023-Best Study Programs in Sustainable Energy, Sustainable Careers!

Atiqur Rahman Mollick
-
0
11 Best Universities For Renewable Energy Engineering in The World in 2023-Best Study Programs in Sustainable Energy, Sustainable Careers!

If you thinking about what is the Best Universities For Renewable Energy Engineering in The World? Might be interested in a Sustainable and Renewable career. That’s why you are looking for the best Study Programs in Sustainable Energy but don’t know where to start.

With the initiation of the Sustainable Development Goals in 2015, a chain of sustainable energy and responsible consumption came into being worldwide. One significant aspect was SDG Goal 7 to develop affordable and clean energy. The major challenge of the world is the inadequate source of renewable energy.

The cause behind the difficulty is an ever-growing population, and the population of the world is alarmingly increasing day by day. The birth rate is much more than the death rate in the world.

It is a need in today’s world to face the challenge and to generate renewable energy. When people understood the importance of energy, they started to study it to boost energy production in society. Now renewable energy programs of postgraduate and undergraduate levels are introduced in various universities of the world.

These programs aim to make people conscious of meeting the energy requirement and providing the proper knowledge necessary to increase the production proportion of renewable energies in the global energy mix.

A university degree enables you and allows you to develop specialized skills in the modern-day growth of the world’s renewable energy. Now we will show you 11 of the best universities for the education of sustainable and renewable energy degree programs. 

Top 11 Universities

Number 11. Aalto University- Finland

  • Contact information- 
    • Address- Aalto University Foundation sr
      PO BOX 11000
      FI-00076 AALTO, FINLAND
    • Contact number- +358 9 47001
  • Renewable Energy Degrees offered: Aalto University offers 5 renewable energy programs such as: 
    • Nordic Master in Innovative Sustainable Energy Engineering, M.Sc.
    • Advanced Energy Solutions – Sustainable Energy in Buildings and Built Environment, M.Sc.
    • Energy Storage (EIT InnoEnergy), Master
    • Advanced Energy Solutions – Sustainable Energy Conversion Processes, M.Sc.
    • Advanced Energy Solutions – Sustainable Energy Systems and Markets, M.Sc.

All of the above programs have an annual tuition fee of around 16500 USD.

  • Ranking: 134- QS World Ranking 2020
  • Other information: Scholarship opportunities include the Aalto University Scholarship program for talented non-EU/EEA students.

Number 10. Eindhoven University of Technology- Netherlands

  • Contact information- 
    • Address- 5612 AZ Eindhoven, Netherlands
    • Contact number- +31 (0)40 247 9111
  • Renewable Energy Degrees offered: 
    • Sustainable Energy Technology, M.Sc.

The above program has an annual tuition fee of around 17791 USD.

  • Ranking: 102- QS World Ranking 2020
  • Other information: Scholarship opportunities include Holland Government Scholarship for International Students and Erasmus Mundus Scholarships.

Number 9. KTH Royal Institute of Technology- Sweden

  • Contact information- 
    • Address- 
      • Visiting Address: Brinellvägen 8, Stockholm
      • Postal Address: Kungliga Tekniska Högskolan, SE-100 44 STOCKHOLM
    • Contact number- +46 8 790 60 00
  • Renewable Energy Degrees offered: 
    • Renewable Energy (RENE), M.Sc.
    • Energy for Smart Cities (SMCS), M.Sc.

All of the above programs have an annual tuition fee of around 16500 USD.

  • Ranking: 98- QS World Ranking 2020
  • Other information: Scholarship opportunities include Sweden Government Scholarship for International Students and Swedish Institute Scholarships for Global Professionals.

Number 8. Technical University of Denmark, Copenhagen- Denmark

  • Contact information- 
    • Address- Technical University of Denmark 
      Anker Engelunds Vej 1 
      Building 101A 
      2800 Kgs. Lyngby
    • Contact number- +45 45 25 25 25
  • Renewable Energy Degrees offered: 
    • Innovative Sustainable Energy, M.Sc.
    • Wind Energy, M.Sc.

All of the above programs have an annual tuition fee of around 16500 USD.

  • Ranking: 112- QS World Ranking 2020
  • Other information: Scholarship opportunities include Danish Government Scholarship for International Students and Erasmus Mundus Scholarships.

Number 7. Swiss Federal Institute of Technology Lausanne (École Polytechnique Fédérale de Lausanne) – Switzerland

  • Contact information- 
    • Address-  Route Cantonale, 1015 Lausanne, Switzerland
    • Contact number- +41 21 693 11 11
  • Renewable Energy Degrees offered: 
    • Energy Science and Technology, M.Sc.

The above program has an annual tuition fee of around 1250 USD.

  • Ranking: 18- QS World Ranking 2020
  • Other information: Scholarship opportunities include a Swiss Government Scholarship for International Students and EPFL Excellence Fellowships.

Number 6. Delft University of Technology- Netherlands

  • Contact information- 
    • Address: 2600 AA Delft
      The Netherlands
    • Contact number- +3115 2789111
  • Renewable Energy Degrees offered: 
    • Sustainable Energy Technology, M.Sc.

The above program has an annual tuition fee of around 20591 USD.

  • Ranking: 50- QS World Rankings 2020
  • Other information: Scholarship opportunities include Holland Government Scholarship for International Students and Erasmus Mundus Scholarships.

Number 5. Technical University of Munich- Germany

  • Contact information- 
    • Address- Arcisstraße 21, 80333 München, Germany
    • Contact number- +49 89 289 22737
  • Renewable Energy Degrees offered: 
    • Sustainable Resource Management, M.Sc.
    • Resource Efficient and Sustainable Building, M.Sc.

The above programs do not require tuition fees as higher education is free in public institutions in Germany.

  • Ranking: 55- QS World Rankings 2020

Number 4. Wageningen University & Research- Netherlands

  • Contact information- 
    • Address- 6708 PB Wageningen, Netherlands
    • Contact number- +31 320 238302
  • Renewable Energy Degrees offered: 
    • Development and Rural Innovation, M.Sc
    • Biosystems Engineering, M.Sc.

All of the above programs have an annual tuition fee of around 20536 USD.

  • Ranking: 125- QS World Rankings 2020
  • Other information: Scholarship opportunities include Holland Government Scholarship for International Students and Erasmus Mundus Scholarships.

Number 3. Imperial College London- United Kingdom

Figure 4- Imperial College

  • Contact information- 
    • Address- South Kensington, London SW7 2BU, United Kingdom
    • Contact number- +44 (0)20 7589 5111
  • Renewable Energy Degrees offered: 
    • Sustainable Energy Futures, M.Sc.

The above program has an annual tuition fee of around 40395 USD.

  • Ranking: 9- QS World Rankings 2020
  • Other information: Scholarship opportunities include British Chevening Scholarships for International Students.

Number 2. Swiss Federal Institute of Technology in Zurich (ETH Zurich) – Switzerland

  • Contact information- 
    • Address- Rämistrasse 101

8092 Zurich

Switzerland

  • Contact number- +41446321111
  • Renewable Energy Degrees offered: 
    • Energy Science and Technology, M.Sc.

The above program has an annual tuition fee of around 1313 USD.

  • Ranking: 6- QS World Rankings 2020
  • Other information: Scholarship opportunities include a Swiss Government Scholarship for International Students and ETH Excellence Scholarships.

Number 1. University of Cambridge- United Kingdom

  • Contact information- 
    • Address- University of Cambridge
      The Old Schools
      Trinity Lane
      Cambridge
      CB2 1TN
      United Kingdom
    • Contact number- +44 (0)1223 337733
  • Renewable Energy Degrees offered: 
    • Engineering for Sustainable Development, M.Phil. Tuition fee per annum- 36728 USD
    • Energy Technologies, M.Phil. Tuition fee per annum- 38787 USD
  • Ranking: 7- QS World Rankings 2020  
  • Other information: Scholarship opportunities include British Chevening Scholarships for International Students.

To Conclude..

With a massive demand for clean, renewable energy sources growing, there is an increasing need for expert & skillful workers in the field. There are adequate choices available for people who want to start a renewable energy career or develop into sustainable energy. Irrespective of where you fall on the range, these are the 11 best schools for studying renewable energy that will successfully meet your education needs and career goals. Pick any, and you would embark on the visionary path of finding renewable energy for the future and have the best possible knowledge to achieve success.

References- 

“Get Out Of a Solar Lease” Is It Hard Or Easy? Here’s a Conceivable Way to Cancelling Solar Lease

Atiqur Rahman Mollick
-
0
“Get Out Of a Solar Lease” Is It Hard Or Easy? Here’s a Conceivable Way to Cancelling Solar Lease

Solar power is an excellent choice if anyone wishes to live using renewable energy. Solar panels use sunlight and heat to produce energy that helps in household usage and many other areas.

Today, even industries use sun power to fulfil their goals. Many companies and tech giants have recently come in front to introduce solar power on a large scale. They provide various offers to increase solar power usage.

Buyers can lease solar panels at different negotiable conditions. But customers often can’t cope with the policies of the companies. So, clients should be clear about how to get out of a solar lease.

How Does a Solar Lease Work?

It’s effortless. People often rent things like cars, boats, houses, etc. Leasing solar panels are almost the same, except for some differences. Here, we can point out specific facts which would clear the concepts of leasing solar panels. 

  • A customer can have the solar panels and their utility but not the ownership of the panels.
  • The customer has to pay a certain amount every month. 
  • Some companies generally offer to purchase the panels at a reasonable price when the expiry ends. 
C:\Users\CDC\Desktop\www.solarreviews.jpg
The system of solar lease; www.solarreviews.com

Now, here are some differences. 

  • If a customer uses solar lease escalation, the cost per month rises. 
  • The company takes the responsibility to install the solar panels. 
  • The authority monitors the activities of the solar panel until the deal comes to an end. 

When a customer leases solar panels, different terms and conditions come into being. Many providers give choices to the customers, and they can pick their own according to their needs.

Buyers often shorten the cost by reducing the maintenance facilities. When the expiry comes to its last chapter, the company generally offers a lease renewal. The customer can buy the leased panels if he wants an alternative option. 

Is Solar Lease Feasible for a User?

Although a user gets a comparative utility by leasing solar panels, several concerns occur here. Proper considerations can help a customer to be straightforward in this matter. In comparison with owning, solar leasing has some shortcomings for its customers.

  • Owning a solar panel increases the value of the house. On the contrary, solar leasing doesn’t. It means that a solar lease gives the customer only the power utility. 
  • Companies that provide solar leases frequently offer minor maintenance when it comes. Of course, they give warranties for the solar lease they supply. In many cases, the timeline of the contract is longer than the expiry of the solar lease.  
  • Many buyers often think that purchasing solar panels is tough and leasing is easier. Customers often think it would be challenging to deal with the tax matters, income details, and yearly expenditure papers, which are usually not true. Companies often perform these for the buyers. 
  • Solar lease users face problems when the matter of selling the house comes. The new home-owner has to face the same terms and conditions as the former owner. It means the new owner has to persuade the provider company. If he doesn’t show interest in it, it would not be easy. 
  • One vital point is that solar lease can’t assure proper saving of customer’s costs. Statistics show that buying a solar panel is more profitable in many cases. It’s not the same in all of this matter, but, comparatively, it’s the fact that it often happens today.

So, here are some of the realities that frequently come. Solar leasing is a fine example of renewable energy usage, but it has its limitations.

Buyers should choose according to the comparative advantages of different offers. Here comes the fact about how to get out of a solar lease.    

Get Out of a Solar Lease: Can Anyone Get Out of Solar Lease?

A buyer has to sign an agreement before he or she leases a solar panel. In terms and conditions, most of the companies offer an option for the customer.

He can buy the panel, and it depends on how the contract said the terms and conditions. But providers often don’t want to get into this situation.

Let’s take an example. A consumer who used solar lease for a certain period wished to buy the panel for 16,000 dollars. On the other hand, the company offered 21,000 dollars for it. 

So, we can see that getting out is not that easy. But it’s not the only option to perform. Suppose the providing company has no specific date of selling the enduring expenses.

In that case, the buyer can purchase the system with the market price. On the other hand, buyers also have options to get out before inserting a solar lease.

Companies often provide alternatives for their clients. Generally, companies offer 30 days to move out from the agreement.

Companies often offer customers transfer options for the customers. A buyer can move his panels from one location to another.

But sometimes it seems more complicated because the cost happens to be high enough. Not only that, customers would need the acceptance of several authorities such as the city administration and the leaders of homeowners.

Why Someone Needs to Get Out of Solar lease?

For many people, a solar lease can be an amicable solution. Undoubtedly, it can reduce the cost of power consumption.

Moreover, it’s one of the most excellent examples of green energy. Yet – for many others, it is not that convenient. Here’s some reason:

  • A solar lease is often less profitable for a buyer. Well, tech giants often say that it can provide more gains than purchasing a solar panel. Also, the profit depends on how much power the panel can produce. Again, the company charges and the usage of the escalator here matters too. Usually, the average cost of the solar lease is lower than the traditional power grid system. But, here comes the circumstances of extra expenses. Although the price seems to be lower during the installation, it increases at a surprising rate due to the usage of the escalator. 
C:\Users\CDC\Desktop\solar.com.jpg
Solar lease is often less profitable for a buyer; solar.com

  • In the case of shifting destination, the solar lease could be a problem. One can’t shift the panels if the provider company doesn’t allow it. If moving becomes possible, installing the panels in a new house becomes harder. 
  • The service of the proving companies is often not that good. In many cases, complaints often occur about the service after installation, maintenance, and other monitoring of the solar panels. 
  • When the time comes to sell the house, the solar lease matters, the new owner of the house may not be eager to have the solar lease. Not only that, he may become disturbed by the maintenance of the system. 
  • So, these are the reasons for getting out of a solar lease. Of course, it has its functionality but has some shortcomings, too, for which many customers need to know how to get out of a solar lease.

What Someone Should Know About Cancelling Solar Lease?

If someone is a primary customer of solar lease, they must perceive some facts about it. It would help him or her to decide about it on the right track. Let’s see what appears here-

  • Many provider companies offer a short-time opportunity for cancellation before the installation of the solar lease panel. Before signing the contract, a consumer should know the terms and conditions. 
  • Providers sometimes put forward cancellation offers for the consumers in case of other unwanted occurrences. For instance, one can face the need for his/her roof proper repairs. A customer should be aware of these matters. 
Providers sometimes put forward cancellation offers for the consumers if the roof needs repairs; collierroofingsurrey.co.uk

  • Offers of solar leases vary from company to company. Contracts generally exist from 10 to 20 years. Sometimes short-time agreements are easy to cancel. So, one should notice it before signing the contract. 
  • After installation, a solar lease deal is often tough to cancel. Customers often need legal procedures to perform a deed like this. 
  • If a house owner dies before expiring a leased solar panel, the contract remains the same until it runs out. 
  • Many provider companies offer buyout offers for their customers. It’s another option to get out of the lease. Let’s typify it. A customer can buy out the system for 15,000 dollars. 
  • More often, it occurs that there is no specific option of a buyout choice. The company recommends a purchase proposal for the client at the market price. 

Get Out of a Solar Lease: Things to Consider before you go for a Solar lease

Indeed, one can think of a solar lease as the best option for him/her. Well, the best or the worst depends on how a thing works for someone. The same thing goes for a solar lease. One should know something crucial before going solar lease. Here they are: 

  • The cost could climb up. One can discover it as double to triple in comparison with buying a solar panel. The expense increases because of the escalation factor. Not only that, after expiring the lease comes the point of a buyout or purchasing the system. So, it’s good to think before leasing solar. 
  • The tax credit goes to the provider company if one goes solar lease. So, a client should think of it. Again, one should work earlier if he/she wants to purchase a system. 
  • Selling a home with a solar lease could be tricky. A new homeowner could disagree with buying a home with a solar lease. Buyout before selling a house could cost more. 
  • The monthly expenditure of a client could escalate up to 2% due to the pay escalator. 
  • Rather than purchasing solar, leasing solar can increase electricity costs. 
  • By going solar lease, a client doesn’t own the system. So he/she can’t add any backups like battery or others. So, no good change could possible here. 
  • Buying a solar panel by managing a bank loan is often a better option. In comparison with a solar lease, the cost is much lesser here. 
  • A client doesn’t have to pay any taxes for a purchased solar panel. On the other hand, he/she bears all the costs when going solar lease. 
  • Leasing solar is like renting it before buying it. So, it’s better to buy it before renting it. Therefore, purchasing a solar panel is better.

Get Out of a Solar Lease: Things to Consider After Getting a Solar Lease

For a client, a lot of changes will appear after going solar lease. And in many factors, these changes will occur. So, he/she should be aware of something so that consideration could be easy. Such as: 

  • The tax credit will not stay the same. After getting a solar lease, a client should be ready to count more money as taxes. 
  • Awareness about the options that the company gives is essential. A customer could deal with the provider about the terms and conditions of that. 
  • Knowing precisely about the proper expenditure is essential. It’s better to understand all the costs of the lease. Taking care and maintenance can help him or her face any difficulties. 
  • A client should be sure about the technical service which the provider company serves. 
  • Being mentally ready in case of moving home is necessary. Difficulties could appear if a new homeowner doesn’t want a solar lease. 
  • Being sure about the after tusks of expired date is crucial. One can choose a buyout or a purchase option. 

How Can a Buyer Approach Cancel a Solar Lease?

Although many similarities exist in the solar lease agreements, there is no universal contract code. Dissimilarities lie in terms, perspectives, and conditions the companies provide. A person who leases solar panels should know how to deal with the company and its requirements. 

  • Use your rights: A client has the right to know about the agreements of a solar lease. He has the right to have a copy of the contract, reading the entire contract to notice the shortcomings that could appear, and having the power to cancel the lease after a three-day installation. Utilizing one’s consumer rights can help here in many respects. 
  • Take a lawyer’s Help: A consumer can take a lawyer’s help to understand how clear he/she would be about canceling a solar lease. State laws exist to safeguard the interest of the consumers. That doesn’t mean one has to keep oneself fully against the provider’s position. 
  • Offer an extension of cancellation timeline to the provider: Not all providing solar lease companies contain the same time-lapse to cancel after trial. A consumer can recommend his provider elongate the cancellation date. But here, assurance is not inevitable, it can work out sometimes. 
  • Be aware of the terms and conditions: By knowing the terms and conditions of the provider, a consumer can negotiate with the company. Although there are very few chances, providers could consider and make a soft approach towards their clients. 

Cancel a Solar Lease: Problems of Getting Out of a Solar Lease 

For many reasons, a consumer has to cancel a solar lease. But it could create several problems. Here they are- 

  • Consumers have to pay more to cancel a solar lease. A buyer can either choose buyout or purchase the system. 
  • Cancellation of the lease will make a maintenance problem appear. When the lease works, the authority does the maintenance for the consumer. But when it ends, it comes up to the consumer only. 
  • In the case of selling the home, the cancellation can create a problem. The new house owner may not be eager to have a solar panel. 
  • After cancellation, the company has fewer liabilities towards the solar system. 

Some Statistics

Data shows that solar leases often become costlier than any other options. Astonishingly, even solar loans are less expensive than solar leases. That’s why solar lease has become less popular than before. Here, this figure shows the relative comparisons between solar leases and loans.

Image Source: sandiegouniontribune.com 

Another figure shows that many homeowners are eager to buy a solar panel rather than leasing one. Undoubtedly, its primary cost is excess, but solar lease expands its price gradually. It becomes a massive amount in the end. Considering this, many buyers choose to move.

Image Source: computerworld.com

In this data, we notice that the buying rate has increased annually. Of course, leasing grew as an acceptable option initially, but now it’s an expensive way to execute. As a result, buying a solar panel is becoming popular.

Many affordable buying options are becoming famous. If we look at the figure below, we can experience this fact.

Image Source: sciencedirect.com 

In this figure, we can compare the lease and the buying option by the third-party owner. Despite many circumstances, the cost of a solar lease is higher. A customer should consider it before taking a crucial decision.

Moreover, new choices are coming like alternate bright sides. For example, the solar loan is becoming popular. In the figure below, we can check the emerging number of solar loans replacing solar leases. Shortly, leasing solar may be the last option for a customer.

Image Source: pv-magazine-usa.com

In these figures and data, one thing is common. Rather than a solar lease, other options to have a solar panel are often more accessible.

Leasing solar is primarily cheaper, but gradually a customer has to count more money. Again, when the lease expires, costs don’t decrease at all.

FAQ’s About Getting Out of a Solar Lease

  • Should anyone purchase or lease a solar panel? 
  • Experts suggest buying a solar panel rather than leasing it. Although it’s cheap to hire solar primarily, purchasing one is ultimately profitable. If anyone lacks the money needed to buy one, going on a lease is a better option. 
  • Is it difficult to cancel a solar lease after installation? 
  • Yes, kind of. Either one has to buyout, or purchase the system. Before installation it’s easy because providers give options to try. So, it’s better to get out before the insertion. 
  • If anyone wants to sell his/her home, what can he do? 
  • He/she can transfer the lease agreements to the new owner, it’s the first option. Or, he can purchase the system at a market price and set the value to the home. Here another choice comes, the consumer can repay his/her lease and transfer it to the home buyer. 

Customer can transfer the lease agreements to the new owner; news.energysage.com

  • What will happen in utility, state rebates, and tax credits? 
  • After canceling the solar lease, if the consumer purchases the solar, he/she has to deal with the payments of the utility, state rebates, and tax credits. Since he worked with the lease before, the liability was not upon him. But after purchasing these matters goes to the person who bought it. 
  • Does a payment escalator factor here in canceling the solar lease?
  • Yes, often. When someone leases a solar panel, a payment escalator begins to work. The rate varies, and the percentage includes in the lease payment. Some consumers can experience a considerable amount of charge.

Final Thought

Undoubtedly, solar electricity is an excellent choice to go green. Solar lease can be an acceptable option here. But leasing solar panels has its characteristics. And, of course, companies have their policies to operate.

Although it’s updating gradually, leasing rules often become problems for consumers. Options exist about getting out of a solar lease, and it depends on when a customer wants to. Thoughtful steps help a consumer here to deal with it properly.

Summary

Today, the solar lease has become a common phenomenon in urban areas around the world. A consumer can have solar electricity by paying a certain monthly amount. Although it’s beneficial, some severe limitations come here.

Probably, I can think that leasing is cheaper than purchasing solar, but expenses can rise for different causes. Also, many technical matters come here– including maintenance and payment escalator. That’s why many customers seek the safest ways to get out of solar leases.

Solar Energy: Steps Towards a Greener Revolution

Nabila
-
0
Solar Energy: Steps Towards a Greener Revolution

The solar system is the driving force of all life forms. Solar energy is a source of clean, renewable energy. In today’s world, fossil-fuel has become an enemy for the environment; solar energy could be the massive energy solution for the future.

The scarcity & carbon footprint of fossil-fuel is today’s vibrant problem. The only solution is the sun, or solar energy could aid in massive electricity production & water heating.

Here you can have the latest data on solar energy for you to enrich with basis knowledge! If you are exploring Solar Energy, here is the best option to read this article. Explore astonishing new facts & basis information on solar energy!

The massive star has a monstrous look from outside; our Sun- our powerhouse & our life-saving drive. Sun is the king of the solar system, emits energy in the form of solar radiation. Solar power is a renewable source of energy created by nuclear fusion in the Sun. It is necessary for all life forms on Earth and can be harvested for human uses such as electricity & heat.

https://cdn.cnn.com/cnnnext/dam/assets/191027145038-pumpkin-sun-2014-exlarge-169.jpg

The Earth captures a lot of solar power – 173 thousand terawatts. That’s 10 thousand times more power need of the planetary population uses. Is it possible one day, the world could be completely reliant on solar energy?

To answer that question, we need to answer – how solar panel converts solar energy to electrical energy.

What is Solar Energy?

Solar power comes from the Sun and is converted into thermal or electrical energy, which is the cleanest and abundant renewable energy source available on the Earth called solar energy. The world’s most prosperous solar resourceful country is U.S. Solar technologies can harness this energy for various uses. It could aid in- Generating electricity.

  • Providing light or a comfortable interior environment
  • Heating water to use domestic, commercial, or industrially purpose

What are the types of Solar Technologies?

There are three significant ways of harnessing solar energy: 

  • Photovoltaics (PV)
  • Solar heating & cooling (SHC)
  • Concentrating solar power (CSP)

Photovoltaics generate electricity from sunlight via an electronic process; It powers anything from calculators to road signs in homes & large commercial businesses. SHC and CSP applications both use the heat generated by the Sun. In the case of SHC systems, it provides space or water heating. And in the case of CSP power plants, it runs traditional electricity-generating turbines.

How is Solar Used?

We can say solar energy is a very flexible energy technology. It made as- 

  • distributed generation; located at or near the point of use
  • Or as a central-station, utility-scale solar power plants like traditional power plants. 

Several technologies are used to produce solar energy. The generated energy is then stored for distribution after the sunsets. In the U.S., solar exists within a complex and interrelated electricity system. It’s working alongside other technologies like wind power. Solar power aims to transition the U.S. to a clean energy economy.

It requires supportive policy frameworks at the local, state, and federal levels. That will ensure consumers & businesses to have fair access to clean energy technologies like solar.

The Solar Market Today

More than 69 gigawatts (G.W.) of solar installed in the U.S. are enough to power more than 13.1 million homes. Over the last decade, the United States’ solar market has developed at an average rate of 50% each year. More than 2 million individuals who install solar in the U.S. are ranging from small home-rooftop systems to large utility-scale systems. It adds hundreds of megawatts of clean electricity to the power grid.

Let’s have a look at the fantastic solar technologies that exist & established. The non-implemented solar technologies innovation explaining below its tricky research & proper implementation would make our dreams come true of green hi-tech future. Let’s go:

1. Technology like solar cells are also called  photovoltaic, or P.V. cells convert the sunlight into usable energy. Solar cells are made of silicon – a semiconductor material found in computer chips.

Solar energy is a reliable, renewable resource. People can harvest it directly, for heat and light, and indirectly, where sunlight is converted into electricity. Photovoltaics, including solar panels like these on the front lawn of Alcatel-Lucent Bell Labs Global Headquarters in New Jersey, may be the most familiar type of solar energy equipment.

When sunlight hits the cells, it knocks electrons loose from their atoms. As the electrons flow through the cells, they generate electricity. Photovoltaic power stations and solar thermal power plants exist on a much larger scale. When building at a utility-scale, both systems can provide large amounts of power to the electric grid.

2. Concentrated solar power (CSP) is another method people use to harvest solar energy. Here, the solar thermal power plants use mirrors instead of solar cells to turn the Sun’s energy into a concentrated heat source. Mirrors reflect sunlight to a central tower, which houses a turbine. The heat is used to boil water and drive a steam turbine that generates electricity in large quantities. The steam powers an electric generator. Whether powering individual homes and buildings or solar thermal power plants, solar energy is an inexhaustible and pollution-free fuel source.

Solar is one of the most reliable forms of clean, renewable energy. Solar energy can be applied directly, for heat and light. It can also be concentrated and harvested to convert to electricity. Here, a solar farm in Daggett, California, uses mirrors to reflect sunlight to a central tower, which houses a steam turbine that generates electricity for the local power grid.

For fossil fuels, you have to use the land for exploration, extraction processing & then transportation.  But the mirror solar panel collects solar energy and then converts electricity all within a single location. People sometimes forget that’s exactly a very efficient use of sustainable energy resources. So a project of this massive size will avoid about 400,000 metric tons of carbon each year.

3. Facts to know that 12 PV cells are enough to charge a cellphone & tablets. But it generally takes many modules for the power supply of an entire house. Electrons are the only moving elements in a solar cell, and all of those go back where they came from. There’s nothing to get used up, so solar cells can last for decades. So what’s stopping us from entirely reliant on solar power?

charging an iPad with solar

4. Now, let’s look at a wonderful project – the Mojave Desert’s solar plant project in California. The project is not like a photovoltaic that converts sunlight to direct current to produce electricity. Instead, it uses mirrors to focus sunlight onto a boiler to create high temperature & high-pressure steam. That steam is then used to turn a turbine to generate electricity. A heliostat structure holds two mirrors. Those mirrors are used to reflect sunlight onto the boiler. The size of the boiler is equal to a medium-sized natural gas plant.

So think, it’s an excellent alternative for carbon emitted fossil fuel, and you don’t have the nuclear waste lasting for eternal! But it will displace lots of local plant & wildlife – so they make that an important note. The project took initiatives to rescue the endangered tortoise & other wildlife to move into a protected nursery.

Image result for solar plant mojave desert

5. Meanwhile, solar cells are getting better, cheaper, and are competing with the electricity grid. And innovation like floating solar farms may change the landscape.  There is a real fact that over a billion people are not accessing a reliable electric grid, especially in developing countries, mostly sunny. So in places like that, solar energy is already much cheaper and safer than available alternatives like kerosene. For example, despite sufficient solar energy, Finland or Seattle may still be slightly off.

The world’s largest floating rotating solar farm on the water is in South Korea. Unlike other conventional solar facilities of land, this module is designed to move along with the Sun during the day. It harvests 22% more energy than the ground-based system and a 16% increase in yield compared to typical floating solar arrays. The floating plant is made up of roughly 1,600 solar photovoltaic modules installed on a floating deck. 

The deck rotates with the direction of the Sun to maximize efficiency. Since the plant collects sunlight reflecting off water, developers said this plant could generate more power than the ground-based system.

Image result for floating rotating solar farm south korea

The china government has promised to spend 360 billion dollars on clean energy by 2020. China has installed a floating solar plant on lake water. It’s generating enough power for a small city. New sections of solar panels bolted together and then floated out to join the others.

7. Solar desalination is another solar technology. It can solve freshwater scarcity using only the Sun, sea, Earth, & wind. In today’s world, about 4 billion people face water scarcity problems. Let’s have a look at a company named ‘Elemental water makers.’ They implemented a solar desalination project on British Virgin Island. They aim to gather fresh water from unlimited sources with zero carbon emissions. A photovoltaic solar panel is installed at the top of the client’s property. It provides power to the pump directly. A submersible pump is installed to displace the seawater upwards from the open ocean intake. The larger particles in the water are first captured using pre-filtration.  Then desalination takes place using reverse osmosis membranes. The freshwater could be demineralized for drinking water purposes. It’s then temporarily stored in a reservoir, ready to be used at will.

In this way, 12,500 liters or 3,300 gallons of affordable freshwater are produced daily, using the unlimited free resources of sun & sea.

9. Green Roof: Urban areas use solar architecture to reduce the “urban heat island” effect and solve their electricity and heating bills problems. Green roofs like this one located at the California Academy of Sciences in San Francisco. It reduces the amount of heat that is absorbed or lost. It also provides vegetation that absorbs carbon dioxide. Hence filter pollutants out of rainwater and air. The round windows provide fresh air and light to the museum below.

Urban areas employ solar architecture to reduce the "urban heat island" effect, as well as their electricity and heating bills. Green roofs like this one at the California Academy of Sciences in San Francisco, not only reduce the amount of heat that is absorbed or lost, but also provide vegetation that absorbs carbon dioxide and filter pollutants out of rainwater and air. The round windows provide fresh air and light to the museum below.

10. Solar cookers  use sunlight directly to heat food or water for drinking or hygiene. Unlike wood-burning stoves, solar cookers are not a fire hazard, do not produce smoke, and do not need fuel. It also does not causes habitat loss in forests where trees harvested for fuel. Now, look at what Bangladesh is doing.  A simple man Abdul Hamid invented a solar cooker. He’s giving his effort in researching for a better outcome. In his method, he installed a simple solar photovoltaic device on the rooftop. He connects the P.V.s with four hydrogen devices, which in turn associated with a carbon device. So the electricity produced by P.V., in turn, moves & react with hydrogen & carbon to create methane. That methane is used to turn on the cooker to cook anything you want; how genius is that!

Solar cookers use sunlight directly, to heat food or water for drinking or hygiene. Unlike wood-burning stoves, solar cookers are not a fire hazard, do not produce smoke, do not require fuel, and reduce habitat loss in forests where trees would be harvested for fuel.

11. Solar Irrigation: Solar energy technology can also apply to agriculture and business. This system in rural Bangladesh uses solar panels to pump water from a nearby well.

Solar energy technology can also be applied to agriculture and business. This irrigation system in rural Bangladesh uses solar panels to pump water from a nearby well.

Bangladesh is a country of the gigantic agricultural farm due to its huge population & food demand. The country uses 2 lakh deep tube-wells.

It also uses 14 lakh diesel-driven pumps of farming purposes. But the agriculture sector is in trouble due to diesel price rise and its damaging carbon footprint. Bangladesh has invented its solar irrigation pump. It costs only 4 lakh taka that can cover 20 acres of land for agricultural production.

The country farm requires a massive volume of water discharge. Also, we need to buy a solar pump at a low price. A project named ‘Solargao – Bangladesh clean technology ltd” already invented such a solar panel.

Its photovoltaic device rotates manually by the farmer is relatively cheaper than the German one. The German panel rotates automatically using auto-tracker is very expensive. The machine comprises three parts: A solar photovoltaic device, a pump controller, and a pump. Its costs range about below 4 lakh. This innovation is giving agriculture irrigation facilities.

Also mitigating the need for the rural electricity demand. But it requires political attention & grants so that it can reach every poor farmers’ hand. This is amazing! Don’t you think so? Now see some general observation about the benefits and limitations of solar power: 

  • Using solar energy has two main advantages:Solar energy systems do not produce any air pollutants or carbon dioxide.
  • Solar energy systems on buildings have marginal effects on the Environment.

Solar energy also has some limitations:

  • The amount of sunlight that reaches the Earth’s surface is not always constant. The amount of sunlight varies depending on location, time of day, the season of the year, and weather conditions.
  • The amount of sunlight reaches a square foot of the Earth’s surface is comparatively small, so a large surface area is essential to absorb or collect a proper amount of energy.

The question is – What are the obstacles to its way to reaching future reality? And what could be possibilities as a solution? Just have a look-

Obstacles:

  • Political factors are at play, and businesses lobby to maintain the status quo. 
  • But now, focus on the physical and logistical challenges. 
  • And the most obvious is that solar energy is unevenly distributed across the planet. Some areas are sunnier than others, and it’s also inconsistent. 
  • There is a low percentage of solar energy is available on cloudy days or at night. 
  • So the total reliance depends on efficient ways to get electricity from sunny spots to cloudy ones and sufficient energy storage. 
  • The efficiency of the cell is also a challenge. Photon energy is lost if sunlight is reflected instead of absorbed, or dislodged electrons fall back into a hole before going through the circuit. The most efficient solar cell yet can only convert 46% of the available sunlight to electricity. Most commercial systems are currently 15-20% efficient.

Possibilities/solutions:

  • Despite all these limitations, it is possible to power the entire world with today’s solar technology.
  • We need funding to build the infrastructure.
  • And a good deal of area estimated to range from tens to hundreds of thousands of square miles, which seems like a lot. But like many massive deserts of the world, the Sahar Desert alone is over 3 million square miles in area.
  • However, it will cost biodiversity in different areas if it takes that much massive space to install. So if anyone is going to install a project like this, you have to shift the local species to another safe area where it will be undisturbed.

Now think! Think! And Think! Why not Space solar plant? It’s the way to beaming the future! Let’s see how it works and its possibilities:

Regular Solar panels only produce 20 gigawatts of energy that is less than 1% of the current time’s energy demand. It’s also costly as it costs $16 billion. Space-based solar power (SBSP) can directly receive & transform the massive amount of solar energy from outer space. It’s then distributed to the Earth.

Image result for images of space solar panel

The general structure is installing solar panels into Geosynchronous orbit, which is 35,000 km above the Earth.

SPS-alpha, a bell-shaped satellite arrangement of mirrors, reflects the sunlight’s photon on the photovoltaic board where the photon transformed into electricity. Then that electricity is, in turn, transformed into radio wave signal/microwave.

The microwave then beamed down & received by a microwave collector rectenna on Earth’s surface. Later in that collector, it further gets converted into electricity. Then that electricity could be used up by all over the planet earth.

It’s quite fascinating, isn’t it? Japan, China, and Russia are actively pursuing SBSP. Department of Energy & Pentagon (U.S. DoD) also acknowledged that technology is feasible where the world’s top experts worked. 

In 2007, they concluded its feasibility but not 100% efficient and way too expensive. In 2015 the China Academy for Space Technology (CAST) showcased its space solar panel roadmap at the International Space Development Conference. So, your future might knock on your door anytime soon!

Do you know that – recently developing country like Bangladesh came up with its wonderful clean goal of ‘Solar Park’? Let’s have a look:

‘Solar Park’ is a revolutionary green energy option. It has established recently in Teknaf, Coxs Bazar, Bangladesh.

It is incorporating 20-megawatt solar energy to the locality of more than 40,000 populations—the electricity produced from these 341 panels reserved insignificant stations. Afterward, electricity moves to the substations of ‘Pollibiddut.’ The electricity is then directly transferred to the consumers’ national grids.

Each of the panels producing 4-megawatt electricity. They’re producing 12 megawatts out of 20 megawatts. It will meet the demand of the Coxs Bazar population, and the left will distribute all over the country. Bravo to Bangladesh!

How Solar energy impact on the Environment? Have a look.

Solar power plants are air pollution, water pollution, or greenhouse gas-free. Solar energy has a positive & indirect effect on the Environment.

But some toxic materials and chemicals are used to make the photovoltaic (P.V.) cells. Some solar thermal systems use potentially hazardous fluids for transferring heat that could be harmful to the Environment if there is any leakage. U.S. environmental laws control the use and disposal of these materials.

Along with other power plants, huge solar power plants may affect the adjacent Environment near the location. The act of clearing land for construction and the power plant’s placement may cause long-term effects on the native plants and animals.

Some solar plants may need water for cleaning solar collectors and concentrators or for cooling turbine generators. Using large volumes of groundwater or surface water in some arid locations may affect the ecosystems that depend on these water resources. Besides, the beam of concentrated sunlight, a solar power tower, can kill birds and insects that fly into the beam.

Finally, the most vital critiques of solar energy are its initial costs. Another problem is the reliance on factors that people cannot control like cloud cover & massive area need. Today, Germany is an international leader in solar energy production.

The most vital critiques of solar energy are its initial costs and reliance on factors that people cannot control, such as cloud cover. Today, Germany is the international leader in solar energy production.

Another good news to look at the 2017 data from the U.S. Energy Information Administration (EIA). It says about the newly constructed utility-scale electric generators in the United States. It shows, the annual capacity-weighted average construction costs for solar photovoltaic systems continued to decrease. Have a look:

The decrease is in solar P.V. due to falling values in crystalline silicon axis-based tracking panels. It saw their lowest average construction cost of $2,135 per kilowatt (kW) in 2017. Crystalline silicon axis-based tracking panels accounted for more than half of the solar P.V. capacity added in 2017. It shows 2.6 GW of added generating capacity.

Thus, we can conclude: Though it’s costly to install, solar energy offers a clean, renewable source of power. The crucial things to implement solar power-

  • Project in any nation need public awareness
  • General public education for solar energy
  • Grants and forward movements of Government, public & private investors, and people in the business.

Space or area crises would not be a matter of problem for the project establishment. It could be constructed on general public properties and different infrastructures worldwide. The recent cost of the solar panel is within reach of the general public. It’s also quite competitive with the exported liquid fuel demand. It could further bring energy security globally. It’s non-exhaustible, safe & clean, and produced from nature. The crucial thing is the investor has to use the quality product with proper maintenance, solar knowledge & awareness.

Solar technology will be more advanced & cheap worldwide within a few years. The solar panel installation on the rooftop infrastructure is feasible & considered a competitive business option. Let the future to come!

If you like this article and not feeling bored, you can leave a comment & subscribe to my newsletter. Have a nice day!

Actionable Eco Friendly Camping Tips Can Make Your Camping More Eco-Worthy in 2023- Eco Camping

Atiqur Rahman Mollick
-
0
Actionable Eco Friendly Camping Tips Can Make Your Camping More Eco-Worthy in 2023- Eco Camping

In an age where the use of vacationing and backpacking runs rampant in the modern-day traveller, the concept of camping might seem outdated.

But surprisingly, more and more people are taking up camping and setting up tents in forests to spend some time in the wilderness.

But with increasing concerns over biodiversity loss and accidental forest fires, not to mention greenhouse gas emissions, is camping sustainable? This is why conservationists and tourists alike have come up with the idea of eco camping or sustainable camping.

But with so many to things to let go of- is it worth it? What do you have to know for your first green camping trip?

Let’s dig deeper into the field of sustainable camping- and take a peek at all the tips, tricks and concepts. And try to share some eco friendly camping tips for your journey.

With the world moving towards protecting the environment and decreasing the adverse effects of human activities, it’s time you did your part by indulging in the eco-friendly way to do a leisure activity such as camping.

Eco Friendly Camping Tips- What is sustainable camping?

Eco Friendly Camping Tips- What is sustainable camping?

With the upsurge of adventure movies and fiction, youngsters have taken up camping and hiking to clubbing.

And with the entirety of the new world heading towards everything green, eco camping now the next big thing. Eco camping is camping with little to no influence on the environment.

Even at some point in the building section of the campsite, we do the maximum quantity as feasible by hand to avoid using machinery that not handiest burns fossil fuels however reasons more damage to the land.

You’re making plans a camping experience, so we’re going to take a wild soar of faith right here and anticipate which you like nature at least a touch bit.

And, as you most possibly like nature, you’re going to be interested in making sure you protect and hold the planet as an awful lot as feasible throughout your experience away.

A little bit of planning, some issues, and some ethical alternatives can go a long way – it’ll all become second-nature after one sustainable adventure.

Let’s delve right into the depth of this eco-friendly activity and find out just how fun it is and how we play a part in safeguarding the environment through this.

Eco Friendly Camping Tips: Major Impacts of Eco Camping

With eco-tourism comes curiosity — regarding both surroundings and experience. Instead of going to popular traveler locations like China, Italy, Spain, and Germany, travelers are increasing their searches and destinations.

More locations mean more opportunities for employment within indigenous populations of lower-income groups and countries.

Natives act as guides, experts, demonstrators, merchants and hosts to touring tourists. Increased site visitors result in extra money funneling at once into the lower end and the network together with a higher preferred of living. 

Eco Friendly Camping Tips: Major Impacts of Eco Camping

Community outreach and tourism allow humans from all over the globe to come back into an impoverished network and repair it by imparting services and patronage.

In one instance, a holiday could imply volunteering, constructing or serving in an impoverished community.

Another impact would come from immersive experiences inside the lives of native inhabitants that sustain and practice the ways of their culture and surroundings.

Eco-tourism also gives cultural literacy. By incorporating neighborhood cultural lodging, food, records and activities, communities can enhance their welfare as properly as by teaching a wider population.

Plus, taking a few steps far from the typical visitor locations takes a bit of stress off the surrounding environment and ecosystems.

The cash that results and is saved from releasing the environmental pressures is positioned back into conservation and renovation efforts.

Eco-tourism calls on vacationers to redefine the approach to take a vacation — not simply about where you go and the way you get there, however additionally what you do whilst you are there.

This approach affects how human beings select wherein to stay. With home-sharing sites like Airbnb growing more and more famous with five million entries globally, many people are choosing an extra cost-effective, authentic option for their vacations.

(Airbnb has itself been criticized because of its impact on neighboring communities and economies). There’s also been a growth in the demand for energy-efficient motels and resorts that offer the local cultures in addition to the surroundings.

Food is something that everyone should bear in mind as well. Trying the local dishes and delicacies is part of each vacation, and you are supporting the nearby farmers when you purchase from local vendors.

With immersion in the houses and existence of the cultures surrounding you, you can grow to comprehend them and the environment a little more.

It additionally makes you more curious about what else is out there. With local guides, you may recognize what number of sports are to be had that would not be discovered in a resort.

Eco-tourism is often closer than you think. A research of 160 countries found that tourism debts for eight percent of the world’s carbon emissions and are increasing every year.

If you are worried about the effects of your traveling, bear in mind a low-carbon vacation, which means that forgoing the standard airfare travel and road journey in favor of one towards your backyard.

Instead of spending time at a hotel, it could mean camping, climbing, hiking, backpacking or biking.

Can Eco Camping or Green Camping save money?

We all like to try and squeeze every penny we can from life. By choosing to head off on a green camping vacation, you can save some cash.

Bunking within the wilderness goes a long way to be considerably cheaper than paying extortionate fees for an average hotel room every night.

Add to that, you’ll also keep funds on things like gas and food – with there being no want to get around or eat at high-priced restaurants. While nothing in existence comes free (you might have to pay some charges for the usage of the land), all costs might be considerably less when camping in general.

The concept of throwing away your paper plates after dinner in preference to doing the dishes sounds so nice — in particular, whilst you’re on vacation.

However, the little bit of extra effort you placed in by washing the reusable dishes instead of tossing away paper or plastic ones is going a long way with the environment.

You’ll also find that you save a bit of cash by using the same dishes time and again in preference to having to shop for new plates and cutlery for each hike.

Some facts and statistics of Eco Camping

Camping culture in the US

Some trivia about camping in the US-

  • Over 42 million Americans, 14% of the U.S. Population, go tenting each year.
  • In the United States, the bulk of campers are Caucasian adult males with an average age of 35.
  • The Mountain Region of the United States (from Montana down to Arizona and New Mexico) is barely more popular as a tenting vacation spot than other elements of the country.
  • In the United States, on average, campers went on 3.8 trips in keeping with a year that every lasted a median of 2.7 nights. They drove 146 miles to their locations and set up camp about 1/4 mile from their cars.
  • Approximately 42% of campers in the United States pick to camp at nation park campgrounds.
  • Campers spend a mean $128.26 on their first tenting trip.
  • Around 68% of person campers within the United States are married or residing with a partner, which suggests that camping is a family activity.
  • The most famous sort of shelter amongst campers is a tent.

Camping contributes to pollution

Take, for instance, finding that coveted camp spot close to the river. In high-use areas, clusters of impromptu campsites can eventually merge into “mega-sites” that lead to erosion, ruining vegetation, and large swaths of naked soil that increase pollution in waterways, trigger algae blooms and affect trout reproduction.

It takes place fast. A thriving meadow can transform right into a compacted, uncovered patch of dust in as low as ten nights with a tent above it, and once it’s been used frequently for a season or two, it may take years—occasionally decades—to completely recover. Impact occurs very quickly, but recuperation is an extremely sluggish process.

Beyond knocking down vegetation, campers also are reducing off branches and saplings for campfires in parks, preserves, and wilderness areas despite signage telling them not to.

A look at of campsites in Minnesota’s Boundary Waters Canoe Area Wilderness determined that half of all campsite trees had been broken or reduce down for firewood.

That’s kind of 36,000 tree stumps throughout 2,000 campsites inside the Boundary Waters alone.

This degree of impact degrades natural world habitat and extensively alters the herbal aesthetics for visitors, creating campsites that can experience wholly removed from the encompassing habitat.

What you’re left with, are sites which are notably visible and overcrowded and afford little or no privacy, all of which take away the maximum experience people got down there to have in the first place.

15 Cool Tips About Eco Camping

Here are some tips as you go green camping for the first time: 

  1. Buy Organic Food
  2. Use refillable water bottles
  3. Go veggie-heavy on the BBQ
  4. Ditch the bottled water
  5. Ditch the aluminum foil
  6. Take reusable cutlery and tableware
  7. Never use disposable BBQs
  8. Opt for refillable gas or liquid fuel
  9. Borrow or rent gear
  10. Don’t buy miniature toiletries
  11. Recharge your devices with solar power
  12. Use biodegradable washing up liquid and soaps
  13. Use a good old-fashioned dishcloth and tea towel
  14. Pack Out Trash, Compost, and Recycling
  15. Clean up your site before you leave
Zero Waste Camping: 21 Ways to Be More Green at Camp

Eco Camping and Budget Camping- the same?

Budget camping?

Now that we have a clear idea of Eco-Camping, let’s move on to budget camping. One of the exceptional methods to experience the top-notch outdoors is to go on a camping trip. While you keep in mind the prices plus all of the tools you will need to buy, you may want to get rid of the cost not to mention some camping spots will charge quite a bit for a weekend getaway. This shouldn’t always be the case. With a few ideas to keep in mind, you may still revel in your camping experience on a budget.

Practice makes perfect

Practice will cut down on the expenses of camping. You don’t need some of that additional gear if you know how to do things yourself. And tutorials will cost you nothing. Do your research before going out budget camping and research a few crucial skills which include tying knots for setting up camp.

Buy low-cost gear

One of the main necessities of budget camping is a good camping tent. It is possible to manage a good first-class backpacking tent at an inexpensive price. However, be careful now not to compromise on quality for affordability.

A poorly made tent can tear without problems in strong winds, let water in and make way for mosquitoes and different biting insects. All these ought to hamper your camping experience.

Do a bit of planning.

This is one of the more crucial things that you may want to do before going camping on a budget. Don’t simply assume a few essentials that you think you’ll need and head out into the again country.

You might end up noticing you forgot something essential and the simplest way to get it is to rush to the nearest convenience store, which could be miles away. You will most probably be incurring fees and costs that you might have avoided if you had made the essential plans beforehand.

Avoid paying campsite fees.

The only way you could do this is to find a free campsite. But as we mentioned above, usually keep away from final-minute rush. Some of these reasonably-priced camping zones also attract many camping enthusiasts.

These can fill up rapidly so call in advance and e-book your spot. If free campsites with plenty of different campers surely aren’t your thing, there is constantly the dispersed camping option.

These regions are open to camping however they don’t come with some of the essentials that you may get at a campsite along with water or a bathroom.

Set up camp closer to home.

You can save on the high-priced gas prices by budget camping near home. An hour drive for most individuals can offer you entry to some exquisite scenic places that you might in no way have imagined is so close by.

An added advantage of this is that just in case something went wrong, it will be easier to call in for help.

Keep your meals simple

Speaking of food, while you are out purchasing for grocery for your budget camping trip, avoid over purchasing. Always make certain that you purchase what you need consisting of packed beans, rice, pasta or sausages.

Having a long-drawn-out grocery list will incur you precious money and also you might turn out to be not completing the meals that are a waste of cash.

Leaving No Traces Versus Eco Camping

In recent years, in light of environmental awareness and biodiversity conservation, many campers have taken up the policy of “Leaving No Traces”. What is Leave no Trace and its principles? Let’s find out.

Leave No Trace is a set of outdoor ethics promoting conservation in outdoors. After noticing increased impacts on trails, the United States Forest Service developed the Seven Principles of Leave No Trace in the 1960s.

The concept backing the ideas is to leave nature as unchanged through our presence as possible, so that future generations can enjoy it too. In essence, the reason of Leave No Trace is to preserve the wild and natural habitats.

The seven principles behind “Leave No Trace” are:

  • Travel and camp on durable surfaces. 
  • Plan and prepare.
  • Minimize campfire impacts (be careful with fire).
  • Be considerate of other visitors.
  • Respect wildlife.
  • Leave what you find.
  • Dispose of waste properly. 

Final thoughts.

Eco Camping is gaining in popularity around the globe and it is a major viable vacation choice if you are looking for one.

Camping in itself is a great activity to indulge in outside and now that you have necessary pointers to start, you are well on your way to having fun without endangering natural processes.

Greener camping is not too much different than greener living—it just takes a wish to do better by the planet, with a little preparation. You probably never imagined that camping could be even greener than it already is.

With the exponential rise in greenhouse gas emissions with uncontrolled human activity, the objective is to continue trying to do as much as you can to care for the environment.

References

#Most Common Uses of Solar Energy in Daily Life Probably You Didn’t Know-Solar Energy Uses, Advantages & Facts

Atiqur Rahman Mollick
-
0
#Most Common Uses of Solar Energy in Daily Life Probably You Didn’t Know-Solar Energy Uses, Advantages & Facts

Among all the forms of renewable energy, the use of solar power has gained greater success. Sunlight is abundant and contains enormous possibilities to create a bright future.

By developing solar technology, new dimensions of power consumption are raised. It’s not only eco-friendly but can be easily useable.

Recently, outstanding innovations in solar energy have opened new horizons. Solar energy can work in every sector of our day-to-day life. Such as:

  • Uses of solar energy in homes
  • Outdoor usage of solar power
  • Commercial usage of solar power
  • Use of solar power in transportation
  • Use of solar power for recreational purposes

Let’s Dive into the main topic and discuss What Are The 7 Most Common Uses of Solar Energy in the World?

Seven Most Common Uses of Solar Energy in Daily Life

Solar energy has been used for centuries. But advanced scientific methods allow us to use solar energy more today than ever. Here is the seven most common uses of solar energy that is common now:

solar energy in sunny enviorenment

Solar Electricity: Solar energy is probably mostly used to generate electricity. PV cells allow us to generate electricity from sunlight.

It is cheaper and renewable too. Not only can it power your house, but it can also store power in batteries without any extra cost.

All you need is a few PV cell panels, batteries, cables, converters, etc. and forget about power supply for at least 25-30 years.

Solar Lighting: Solar energy is very commonly used for lighting today. In many countries, even government lighting establishments such as street lights and others use by solar energy. The method is secure, use PV cells to generate and store electricity the whole daytime and use it to power the lights at night. 

Solar water heating: Solar energy can also work to heat water in your house. Simply install heating cells on the rooftop and connect with the house water tank. You can always add regulators to maintain the temperature. The southern and southwestern American territories use solar energy to heat the swimming pool.

Solar ventilation: The solar ventilation process uses attic fans to control the airflow inside of the house. This is an excellent way to maintain cooling house temperature if you want to preserve electricity. Attic fans are prevalent commercially.

Solar heating: Solar heating is top-rated in colder territories of the countries where people need warmth to comfort themselves. Solar radiation is abundant and can be used to heat room temperature using forced hot air or FHA techniques.

Solar transportation: Solar energy even works for mobilizing your life. Multiple shipments are running on solar energy in different countries. In China, solar-powered mass transports are already working.

They use solar energy to power their engines. This type of transportation is getting very popular in other Asian countries.

Also, other mass transportation such as buses, trains, and taxis are undergoing tests to launch them publicly. In 2019, a fully solar-powered car was demonstrated in Japan.

Portable solar: The use of solar energy is already a popular choice among people; the challenge is how to make the equipment portable.

Various devices are now offering portability, such as phone chargers, solar watches, calculators, etc., and more are in the testing phase. Even the concept of solar fabric is now a decade old to make you glow with your outfit. 

Why is Solar Energy Used in Daily Life?

The uses of solar energy focuses mainly on creating a sustainable source of energy. People need lots of power in their daily lives and work.

A few decades ago, the prime source of energy was fossil fuel. But fossil fuel is not renewable; it will finish one day. But solar power is almost unlimited, renewable, environment-friendly, and cheap.

So there are plenty of reasons why solar energy should be used instead of traditional fuel sources. The sun is the source of energy for every lifeform on earth, and it will provide power as long as it is alive. The heat is already around us; we only have to harness it and apply to our cause.

Let us now briefly discuss each of the points included in the list of usage of solar energy.

Commercial Uses of Solar Energy

Commercial use of solar energy mainly involves in producing electricity for different business sectors. Let us look at some everyday use of commercial use of solar energy at the retail level.

commercial solar energy
  • Solar energy for commercial plants: Solar energy can most often work in industrial plants such as power plants, production sites, office buildings, etc. Mostly they are used to generate electricity for small uses and, in some cases, to maintain temperature using thermostats. 
  • Solar energy for remote areas: Solar energy may gain the most prominent use in remote areas where the grid system is hard to get or even in some cases, absent. Often various companies go to remote areas for survey purposes. In there, solar energy can be of great use.
  • Mercantile uses of solar energy: Solar energy is now a well-established plan for mercantile purposes such as malls and shops, car washes, gas stations, etc. Many hotel business plans are soon introducing the use of solar energy to provide the movers’ exotic feeling.
  • Thermal use of solar energy: solar energy can use as a thermal source for the dairy businesses for pressurization, sterilization, drying, concentration, etc.  In textile industries, solar energy can use for dyeing, bleaching, pressing, etc. But mostly solar can be used in chemical and plastic industries for thermal demand.
  • Use of solar energy for commercial research purposes: Like solar energy itself is becoming a potential industry, various research held to evolve and enhance future use of solar energy. These researches are inventing new sectors for solar energy to be used.    

The Uses of Solar Energy at Home 

Solar energy is very commonly used for homes nowadays. It serves many various purposes for your house. Such as 

  • powering the house with PV cells is the most common uses of solar energy at home. So you can say goodbye to grid system power and produce your electricity. Refrigerators, air conditioners, TVs, house lights, and all other home appliances can run on solar electricity. 
  • Solar energy works to maintain house temperature by using solar house heating equipment on cold days. Say no to old fireplaces where you have to burn coal and emit smoke. Just sit on the chair, turn on the thermostat, and enjoy the warmth on cold days. 
  • You can also heat your house’s water supply to comfort you in your swimming pool or even in your tub. 
  • You can store power in batteries by using PV cells without paying any extra penny. 
  • Solar energy can even use for cooking. Many cold solar stoves can work at stores or make one at home with readily available equipment.

Outdoor Use of Solar Energy 

Solar energy has more usage in outdoor than indoor. Such as:

outdoor solar energy
  • Using solar electricity to light your garden has many perks. Your garden will get an edge of beauty than the rest of your neighbours, which may even make them envy you. But you also have to pay extra cash for the electricity bill. Isn’t that great?
  • You may also build a solar carport where you can park and maintain your car. It can even be as useful as a fully equipped porch, with no need for grid electricity as it has solar power. The solar carport is getting popular every day, leaving behind old-fashioned parking lots.
  • Solar power can also use for irrigation. Irrigation refers to water management systems for crops. Water pumps can use solar energy to run and irrigate lands. Just like solar electricity, install PV cells and connect them to solar water pumps, and you will never have to pay for fuel to irrigate your land.
  • The electric fence can provide better security for your house and fields. But it is not cheap since you have to keep the electricity on. But in the solar fence, there is no need for that. Just install solar chargers for the fence and forget.
  • Just like the swimming pools at home, public swimming pools can also use solar water heating equipment to provide comfy warm water to customers.

Solar Energy Uses For Recreational Purposes

Solar energy widely works for recreational purposes. Such as:

  • Solar energy for camping: Camping mainly involves enjoying nature. But we cannot forget our phones, laptops and other gear as they are attached to our life integrally. Solar energy can provide power to run them while enjoying camping. Solar cells and solar generators are commonly available for that purpose.
  • Solar energy for RV: New generations of recreation vehicles tend to use solar energy as a source of power. They usually come with total applicability for small refrigerators, air coolers, fans and lighting, and other devices designed for RVs.

Uses Of Solar Energy in Transportation: Solar Transportations 

  • Various transportation is running on solar energy in different countries. In China, solar-powered mass transports are already working. They use solar energy to power their engines. This type of transportation is getting very popular in other Asian countries.
  • Also, other mass transportation such as buses, trains, and taxis are undergoing tests to launch them publicly. 
  • In 2019, Mitsubishi Motors demonstrated a fully solar-powered car in Japan.
  • Solar energy can also be an external power source for the airline industry. This may benefit them by reducing conventional battery-based power to lessen costs and increase profitability.
  • Solar bikes are good bicycles with solar panels to help you power up your devices while enjoying a bike ride.

Here is a list of usage of solar energy in the past

  • Use of solar energy to heat houses at night
  • Use of sunlight to create fire by mirrors and glasses.
  • Use of solar energy to boil and heat water
  • Use of solar energy to light up torches for religious ceremonies.
  • Use of solar energy in ancient medical treatments and medicine making,

List of use of solar energy in the present

  • To create electricity
  • To maintain room temperature
  • To heat up and boil water
  • To light up streets
  • In space and related research
  • In various industries
  • In transportations
  • In recreational activities.

Future of solar energy

  • May provide more efficient power generation systems for homes
  • Can be used to power industrial sites fully.
  • May wholly replace conational fossil fuel.
  • May use as clothing in the form of solar fabric.

Conclusion

Solar energy is already seeing its golden days for development and is expected to exceed very soon. But the real challenge is providing valuable information to people so the industry can grow steadily.

Even today, many people who know about solar technologies are not very interested in applying them because of a lack of proper information. So it is as imperative to inform people about them to invent efficient technologies and their use. 

References

www.energysage.com

www.thespruce.com

www.britannica.com

www.energy.gov

www.natinalgeographic.com

www.helpsavenature.com

www.greenmountainenergy.com

#10 Cool Solar Energy Myths and Facts That Blow Your Mind!!

Atiqur Rahman Mollick
-
0
#10 Cool Solar Energy Myths and Facts That Blow Your Mind!!

Undoubtedly, solar energy is an excellent option to adopt. This system can reduce carbon emission, which is the fatal effect of fossil fuel energy plants. Not only that, but solar energy also doesn’t create any tension about the fuel crisis.

But some popular beliefs say that solar energy is not usable for many reasons. Many of us think of them as fact. But the truth is entirely different. Let’s have a look at these solar energy myths and facts. 

If you are thinking, What is The Most Interesting Fact About Solar Energy, then You are in the right place.

In this article, we are going to share the most astonishing myths and facts about solar energy. Here we discuss the top sustainable and renewable solar energy myths and facts:

Solar energy myths and facts
  • Is Solar Energy Only Works in a Sunny Environment?
  • Energy Spending Amount of Solar System is More Significant Than the Achievement?
  • Solar Power Merges with Non-Renewable Energy in the grid, So it’s Not Renewable?
  • Maintenance of Solar Power Creates More Pollution?
  • After Finishing the Lifetime, it’s Terrible for The Climate?
  • Solar Farms Increase Land Wastage at a Large Scale?
  • Solar Panels Create Loud Sounds?
  • Solar Energy Can’t Power a Whole City or Village Alone?
  • Moving a Solar System After Installation is Impossible?
  • High-Priced Batteries Need to Make Solar Panels Work?

Let’s Deep Dive into the main topic:

Solar Energy Myths and Facts 1: Is Solar Energy Only Works in a Sunny Environment?

solar energy in sunny enviorenment

Reality: Obviously, it’s not true. Solar energy can work in any kind of environment. The technology of solar panels has upgraded time to time to adapt to the climate. Even in the cold winter, lesser sunlight can work to produce electricity. This is true for the cloudy environment too.

Indeed, in the beginning, the climate state was a significant factor for solar power. But the present situation is very easier than ever. Countries like Italy, China, and England have become fruitful examples of solving these problems. So this is our number 1 solar energy myth and fact.

Solar Energy Interesting Facts #2: Energy Spending Amount of Solar System is More Significant Than the Achievement

Reality: After the sunshine matter, here comes the deal of energy spending. It’s a common belief that the power system needs more energy to work, but the outcome is smaller in comparison. But the real picture shows that electricity produced by the solar panel can be more abundant in amount.

It’s a fact that the manufacturing and maintenance cost is lesser than the net achievement. National Renewable Energy Laboratory, an American organization, shows that success can be 4 times greater than the spending if applied. It takes second place in our solar energy myths facts list.

Myth 3: In the grid, Solar Power Merges with Non-Renewable Energy, So it’s Not Renewable 

Reality: As the energy spending matter, there are myths related to the grid system. Many of us think that solar energy is not renewable because of its merger in the grid system. Well, the fact is that both renewable and non-renewable energy are jumbled together.

So, renewability doesn’t depend on the matter of the grid system. Again, one can get 100% renewable solar power by not mixing it with the grid system.  Electricity can be 100% renewable by not using the grid. But it doesn’t mean that with the grid system, solar power is non-renewable. This is the number 3 solar energy myth and fact in our list.

Myth 4: Maintenance of Solar Power Creates More Pollution

Reality: our next solar energy myth and fact is about the pollution that solar energy creates. Comparing with renewability, the matter of maintenance pollution is more prevalent in the public sphere.

First of all, polluting agents created by solar power can be recycled very easily. Moreover, if applied, a large amount of Sulphur Dioxide and Nitrogen Oxide will not appear in the air. Researches show that households in the USA using solar electricity emits less Sulphur Dioxide and Nitrogen Oxides than the oil and gas-based electricity.

It means that using solar energy lowers pollution and doesn’t increase it. That’s why solar power is said to be an excellent choice to install.

Myth 5: After Finishing the Lifetime, it’s Terrible for The Climate

Reality: Along with the myth of manufacturing problems, another matter goes on popularly. Many people think that a solar plant is harmful after its longevity finishes. Undoubtedly, this is overwhelming.

A standard solar panel generally owns a maximum lifetime of 25 years. After this, it can be recycled and made ready for use again. It can be easier if the consumers inform the manufacturers of related agencies. Moreover, sometimes solar panels can be recycled without any cost. So, it’s not true that solar panels become harmful after their longevity ends.

Myth 6: Solar Farms Increase Land Wastage at a Large Scale 

Reality: This myth is not less popular than the tale of the afterlife of a solar panel. Of course, solar farms need proper space to introduce. But it requires less land space than coal or petroleum-based electricity plant. Let’s take an example. 1 Kilowatt of electricity can produce in the area of 100 square feet of panels using solar power.

Similarly, 1 Megawatt of electricity production by solar panel needs 100,000 square feet of panels. If we think about it clearly, it’s not a massive amount of space. Not only that but domestic animals and crops can also stay alongside solar farms without any harm. There is no question of land wastage created by solar energy farms. So this earns the 6th place in our solar energy myths and facts list

Myth 7: Solar Panels Create Loud Sounds

Reality: After the land wastage myth, the matter of loud sounds comes. Even many admirers of solar power believe it as a fact. But the truth is different. The equipments of a solar panel works in a silent mood generally.

There is no loud sound which can create sound pollution. Sometimes the invertor of a panel indeed creates a soft noise. But recent updates made it more silent than the previous versions. Moreover, noise caused by the invertor does not appear at night when quietness is needed more than other times.

Myth 8: Solar Energy Can’t Power a Whole City or Village Alone

Reality: Now, it’s another myth claimed by different people and experts. They think that it’s impossible to provide power to a whole city or village with only solar panels.

But nowadays, residential solar panels are becoming popular in many parts of the world. Not only that, but this system can also be connected with the grid system so that the power connection won’t stop.

To provide sufficient electricity, it doesn’t need the accompany of fossil fuel energy. Let’s take an example. Solar Mega Watt Photovoltaic system is an excellent example of area energy connections. If family solar panels and area solar systems can join to make a greater one, a whole village or city can be covered easily.

Myth 9: Moving a Solar System After Installation is Impossible

Reality: Well, it’s not entirely false at all, rather a deformation of the truth. Moving a solar panel to install at another place is kind of complicated, though it’s not entirely impossible. To make things easier, new ads have been summed with it.

In a short time, solar panels are relatively easy to have a power supply. It’s a little challenging to reinstall a solar panel, though not impossible. When reinstalling is completed, it works very smoothly.

Myth 10: High-Priced Batteries Need to Make Solar Panels Work

Reality: our final solar energy myth and fact is that to make solar panels work, high-priced batteries are essential. Many myths about solar panel batteries exist, which are the opposite of reality.

One of those is that solar panels don’t work at all without expensive batteries. Some off-grid solar panel needs batteries. But most of the solar panels work in entirely different ways. They don’t need any battery at all.

Today, solar panels connect with the grid system. If the production of electricity becomes shorter for any reason, the grid system can fill up the shortage in a natural way. Again, excess power can go into the grid. So, the myth of batteries for solar panels is not valid, undoubtedly.

Conclusion

Solar power is becoming a smart choice of energy in recent times. It’s easy to install and provides electricity in a renewable way. It’s eco-friendly and doesn’t cause any kind of harm to any living being.

And its technology is upgrading day by day. But there are many wrong beliefs related to solar panels are accepted among people. In maximum cases, the reality shows different pictures about it.

 We hope you got the point about Solar Energy Myths and Facts and What is The Most Interesting Fact About Solar Energy.

Reference

Lithium Power Generator Guidelines: features, variations and possibilities with Full guidelines

Atiqur Rahman Mollick
-
0
Lithium Power Generator Guidelines: features, variations and possibilities with Full guidelines

Battery-powered generators have created a new trend for those who want a safe, easy, and unblemished energy supply. It’s upgrading and bringing up unbelievable versions that are stunning and easy to handle.

About lithium power generator

Generators produce electricity by using fuels. Fossil fuels have been working as the source of generators for many decades. Recent updates contain batteries as a more stable and efficient power source for generators. These devices comprise less noise and neat features, and the longevity is streets ahead.

A generator that works with a lithium battery has a portable power source, which works by solar power, and saves extra needed energy. An inverter turns the DC into an AC version that works for devices. A particular size of the solar panel ensures the primary source of energy.

General features of lithium power generator

  • It works with a rechargeable lithium-ion battery.
  • No little smoke or gas appears as it works.
  • Power devices with remote and battery-operated tools.
  • Users could use it from a remote place.
  • A typical generator could produce at least 500W power for different devices.
  • Generators contain multiple USB ports for providing power.

Traditional vs. Lithium power generator

  • Lithium batteries charge faster. Let’s take the example of lead-acid batteries. In contrast, lithium battery charges 50% only in 30 minutes.
  • Lithium batteries possess longevity. Its working cycle is much better than traditional batteries. Hence, it’s suitable for a workable generator.
  • Lithium batteries can manage extensive discharge. On the other hand, lead-acid batteries became short-life spanned when deeper discharge occurs.
  • Lithium batteries have greater productivity. They own 95% efficiency, whereas lead-acid batteries have 80 to 85% average efficiency.
  • The energy density is the main neatness of lithium batteries. Due to this, fewer lithium batteries can perform delicately, whereas more lead-acid batteries are needed.
  • Lithium batteries furnish uninterrupted power with very little or no disturbance.

How it performs

Conventional generators use petrol, gasoline, or other flammable fuels to trigger power generation, but battery power generators use solar panels to turn sunlight into energy. Lithium-ion batteries accomplish as a power saver and current provider for devices, like lights, fans, computers, TVs, and so forth.

Other Portable Generators Vs. Lithium Power Generators

In contrast with other generators, lithium power generators are more durable.
Other portable generators need more time to recharge than lithium power generators.
It’s relatively lighter than the other generators.
Other generators are not that good for indoor usage.
Not all generators include solar panel features.

Notable companies for Lithium Power Generator

Jackery portable power station: It contains a lithium battery of 518w/h and 144400 mA/h power. Usually, it encompasses 11.84 by 7.59 by 9.2 inches of volume. Weighting average of 13.32 pounds, it has a middleweight range. It carries 3 USB ports, 1 AC outlet, and a 12V car output. Users could charge it through the AC outlet, DC carport, or solar panel.
Rockpals lithium portable power station: This mobile power station consists of ten separate ports, including 4 USB ports, 1 AC outlet, four 12V DC ports, and one 24V DC port. The lithium battery is 280W/h, making possible 300W continuous supply and 600W surge power. Charging is possible by AC and DC outlets as well as Rockpals solar panels. Usually, it’s 242.726 square inches and 7.3 pounds in weight.

Promax battery generator: This generator has a 298W/h power capacity with 600W surge power. It’s 366.3 square inches with a weight of 6.5 pounds and contains 2 AC outlets, 3 DC Ports, 3 USB ports, and a cigarette lighter port. LED flashlights with SOS light design are at the back of the generator for nighttime usage. An automatic fan runs with the internal power to decrease extra heat.

ACCESS portable power station: It has 20W 230W/h battery capacity running power. It has multiple input portions, including 1 AC outlet, 2 USB ports, and 3 DC ports. A 292.05 square inches volume and 7.74 pounds of weight have made it a lighter and easier choice for users. Because of the feature of the sine wave inverter, it’s pretty safe for rough use.

Goal Zero Yeti: This portable power station has a 428W/h power capacity, which provides 300W of continuous power supply and a facility of a 1200W power surge. 2 AC outlets, 2 DC ports, and 3 USB ports are device input options that it holds. Unlike the other power provider, it’s comparatively weightier, 16 pounds and 581.84 square inches’. A user can charge this generator with a 200W solar panel if he needs it.

Some crucial facts about lithium power generator

Unlike flammable sources like fossil fuels, lithium power generators use greed power or sunlight. Lately, the use of the sun has been increasing.
Besides solar panels, a 120V power outlet can charge a lithium power generator.
A typical lithium power generator lasts for at least 25 to 35 years.
The lithium ions move from positive electrodes to negative ones when the charging goes on. Thus the current appears and works for devices.

Things that consumers should know

Some generators offer solar panels with the package, while consumers have to buy separately in other cases.
Consumers should be aware of how much a generator weighs. For outdoor usage, lightweight generators are perfect.
Battery capacity is a must thing that a consumer should realize. The unit’s wattage and watt per hour should be considered seriously for more extended usage.
Among various charge controllers, the MPPT is better as an option. Consumers should choose a suitable charge controller for the current solar panels and chargers regulation.

Plus-points and limitations of Lithium Power Generator

Plus-points

No chance of any pollution while using this generator. It’s free from any harmful emissions.
It’s perfect for indoor usage because no smoke or fumes appear as it works.
It’s effortless to recharge. A user has to plug on the switch to a home power source or a solar panel.
In contrast with fuel-ran generators, lithium power generators are silent and easy to handle.
Unlike lead-acid battery generators, it has better longevity.
The ports of the generators are capable of charging multiple devices at the same time.

Limitations

The rate of charging is comparatively slow.
Although technologies have upgraded, battery-powered generators are still slower than conventional fuel-run generators.
Solar power is still less reliable as a power source for battery-run generators.
Many generators don’t include solar panels as part of their packages.

FAQs about lithium power generator

Are lithium power generators safe?

Usually, yes. They typically produce extra heat, or there is very little chance of an accident. And the additional cooling system is also unnecessary.

Can a battery-powered generator stir a house?

Batteries work when a conventional source of power needs proper backup. Indeed, a lithium-powered generator could do that in indoor usage. But it can’t be regular as it bears its limitations.

How large a generator does a user need?

It depends on the needs of a consumer. For example, a user needs at least 1400 watts to run a refrigerator. So, at least that amount of power is required for a consumer.

Is it suitable for a refrigerator?

If in case of a power outage, then yes. At least 4 to 5 hours could be safe for the fridge if there’s a generator.

Conclusion

Lithium power generators are becoming excellent choices for various indoor and outdoor usage. New features of renewable sources like solar panels added more outcomes, which opened new possibilities for more perfections. More efficient and flawless generators may ease lifestyle with numerous features in the future.

Summary

Lithium power generators have been widely visible as a battery [powered generators in recent times. Unlike fuel-powered generators, they don’t use flammable elements as fuels, and no chance of pollution or harm is viable. As a battery element, lithium is technically easy to use as a power storage device, which provides extra benefits. These generators contain multiple ports and solar panel options, so getting immediate power becomes easy.

Eco-friendly Portable Toilets: Is a composting toilet worth it?

Atiqur Rahman Mollick
-
0
Eco-friendly Portable Toilets: Is a composting toilet worth it?

Imagine yourself in an event or a situation far away from home. You have to go to the toilet, and you cannot hold it anymore. We all can understand how urgent toilets are when we are out of our homes, in journeys, at camps, etc.

This is where Eco-friendly Portable Toilets as a blessing. Portable toilets are simply toilets that can be moved to different places.

The nickname for portable toilets is ‘Porta-Potties.’ If nicely put into words, portable toilets are a lightweight, transportable, efficient, and more sanitary variation of common toilets. Portable toilets are now on the way to be eco-friendly.

After all, it is very unethical to spread harmful substances to the environment just to fulfill our basic need, which is promoted by normal portable toilets. In this era of protecting the environment, we need to encourage eco-friendly toilets from high-end society events to slums, that is everywhere.

Let us know about this in short in this article! You’ll probably find yourself getting eco-friendly toilets at your next family event!

Where did it all start?

At present times, we are getting the most modern form of toilets. Let us go back to when human excreta disposal was not comfortable enough. I bet you will find it interesting!
2800B.C- we can trace it back to 2800 B.C when the earliest form of toilets were found in Scotland with recesses in stone walls. Similar toilets were found in Pakistan that was built from bricks with wooden seats in Western Style.

Mid-14th century- The first portable toilets can be tracked back in Egypt with a pottery vessel under a wooden stool with a large slot in Egypt. Until the 18th century, this was the only modern lavatory facility that was commonly used.

1843- Indoor plumbing came in and thus, we got modern toilets at that time. However, without connection with a sewer system. Therefore, it was not suitable for people working outdoors or any events.

Elizabethan poet Sir John Harington invented a flushable toilet, and then, Thomas Crapper developed it. Finally, in the 20th century, inventors have developed modern sanitary benefits, and this is how we see the toilets we have now

Environmental Problems caused by Unsanitary toilets

The lack of adequate sanitation causes many environmental problems. Eco-friendly toilets can minimize or even solve problems very easily. Let us look at some environmental problems caused by conventional toilets:

Lack of adequate sanitation causes groundwater contamination. Untreated wastewater from portable toilets disposed into water bodies can create pollution in groundwater as well as the water bodies.

⦁ Many low-cost toilets built in rural and urban areas of developing countries rely on the refuse-collection pit. Nitrates leachate into the groundwater and thus contaminates it.
⦁ A running toilet can waste 200 gallons of water every day
⦁ Unsanitary toilets can cause up to 1.8 billion deaths every year
⦁ Most toilets are made of plastic, which gets disposed of. These plastics disposed of worldwide are not good for the environment
⦁ Human waste without composting is harmful to the environment because it spreads germs into the fresh ecosystem
⦁ Harmful chemicals used in the deodorizers of toilets like formaldehyde, are toxic to aquatic animals. It makes them sick, affects their appearance and breeding behavior, and also reduces their lifespan. Exposure to formaldehyde is too dangerous for human health. It irritates human airways and can cause throat cancer. Elder ones and children are more sensitive to this. The International Agency for Research on Cancer (IARC) identified formaldehyde as a human

Eco-friendly Portable Toilets Solving Crisis (Environmental Benefits/ Advantages/ Ecological Importance)

It is surprising how eco-friendly portable toilets can save big environmental problems in the region. Here are some positives about this invention:
⦁ Safe waste disposal prevents water, air, and soil pollution
⦁ Saves a lot of water. Thus, resource consumption is minimum⦁
⦁ Safe deodorizers for human health and animals
⦁ Reduces algal bloom in water bodies due to treatment of human excreta. So, waterbodies are saved⦁
⦁ Avoids the spread of diseases by composting human excreta
⦁ Reduces carbon
⦁ Better health practices while making people aware of the ⦁ Reducing insect problems as untreated human wastes attract insects.

Characteristics of Eco-friendly Portable Toilet

Not all portable toilets are eco-friendly. As responsible humans, we all should look for toilets that do not cause harm to the environment. Only transportable toilets in a confined structure do not make a toilet eco-friendly. Let us know what should eco-friendly portable toilets include:
⦁ Natural and safe deodorizers containing Magazine, and odor-neutralizing force with no
⦁ Composting system for human waste
⦁ Biodegradable toilet

Dispensing system for toilet paper and
⦁ Chlorine-free paper products from recycled

There are no fixed characteristics. Additions like eco-friendly materials to build the toilet or introducing solar power for the toilets can always be welcomed.

Conclusion

Promoting eco-friendly toilets in big and small events, both in urban and rural areas, is essential to better the environment. The need for excretion is necessary but should not come at the cost of environmental pollution. There are useful websites for this service, which means you can always go for an eco-friendly toilet at your next events!

1234...8Page 3 of 8
© Newspaper WordPress Theme by TagDiv