How Do Home Solar Panels Work? ֠ ֠E/The Environmental Magazine

Fuel and energy sources are one of mankind’s greatest discoveries. In the beginning, people relied on the sun to tell the time, care for the crops, and dry clothes. When the skies were gray, they’d burn wood to do the drying but otherwise, everyone realized that the sun alone wasn’t too efficient. When the industrial revolution hit, energy sources have become completely modernized through steam engines and a century later, using electricity to power machines had become the next breakthrough.

The use for nuclear energy was discovered next, and then oil utilization had become all the rage. All of this energy consumption is at the cost of the Earth’s resources. With its resources slowly deteriorating over the years, mankind attempted to revisit an old friend of theirs: the sun. Thus, solar energy started to make a comeback in recent decades.

What is Solar Energy?

Solar energy is a renewable energy source that involves taking the sun’s rays and harnessing them into energy. This is done through the usage of panels that bear photovoltaic cells. These photovoltaic cells, from the very nature of the Greek word ‘phos’ and the electrical measurement unit “volt”, harness light from the sun and transform them into a usable energy source. The contraption has been often been credited to French inventor Edmond Becquerel.

This form of energy has been utilized by objects of varying size. From the smallest handheld calculator to the largest spacecraft imaginable, solar panels are put to use in order to make these things work no matter what the mass. A more common form of usage of solar energy is through gigantic solar power plants. These power plants absorb power from the sun and uses the sun’s heat to boil water. The water that is boiled is then used to drive a steam turbine. In powering this steam turbine, it generates electricity through hydroelectrical means. This method is almost similar to water wheels done long ago, but with a now more modern spin to it (no pun intended).

Today, solar energy isn’t just used for industrial applications, but personal means, too. Solar panels can be used for homes and businesses. If you’re interested in having your own solar panels set up, providers like can help you get started.

Who Uses Solar Energy?

A lot of people use solar energy today. From farmers to world-famous celebrities, solar energy is no stranger to all kinds of people. Some renowned personalities that have turned to solar energy are Edward Norton, Pierce Brosnan, Julia Roberts, Leonardo DiCaprio, and Brad Pitt. If you go by country, Germany is on top of everyone in terms of solar energy usage. Countries that follow Germany’s stride to cleaner, better renewable energy are China, Japan, Spain, France, Belgium, Australia, and the Czech Republic.

Various companies from across the globe use solar energy as well. Famous companies that have boasted of their use of solar energy are Google, Walmart, Apple, Starbucks, Microsoft, and IKEA. With so many different people using solar energy today, there isn’t any other reason out there why you shouldn’t be doing this, too.

By using solar energy, you’ll be able to reap a myriad of benefits. For instance, it’ll drastically cut your electrical costs by a lot. Because more and more forms of technology require stronger, more powerful sources of voltage, energy costs will rise in the future and it’s with solar energy that you can mitigate these costs. If you own the property you live in, having solar panels may even increase its value because of its renewability.

If you’re looking to go solar yourself, take a look at this video:

While these benefits may seem fancy at a glance, it does beg the question of how these work in your everyday household. Read on and we will tell you.

How Home Solar Panels Work

Here’s an overview of how solar panels work in your home:

  • After setting the solar panels up on the roof of your house, the sunlight hits these panels and the photons and electrons within them interact to create an electrical current.
  • This electrical current flows into the solar inverter which converts the stored energy from your panels (a direct current or DC), into usable energy (an alternating current or AC) for your house.
  • This energy travels into your house’s breaker box which will allow the energy to flow through every current and electrical outlet within the walls of your house.
  • Extra, unused energy from the solar panels will flow back to the electrical grid and will still be available for consumption.

Is it Consistent?

While you might have installed your solar panels, an incorrect or improper installation might cause you to experience a problem called zero power output. This occurs when your inverter is damaged, your solar panels just aren’t working, or if the charge controller is faulty. This doesn’t just happen because it isn’t sunny (cloudy days only allow a solar panel up to 10-25% of its maximum capacity). If you suspect any damage, call the group that helped install your solar panels.

Other factors that could contribute to zero power output would be obstructions that cast a shadow over your solar panels or an overheating system. The latter can be fixed with additional extensions.

Plan Out Your Installation

While it may seem like a simple process for you to have solar panels installed, most people wouldn’t delve so deep into their homework before buying these. They’d end up disappointed because the solar panels couldn’t work the way they hoped. Others would even go so far as to say that solar panels are flimsy and easily destroyed by storms. Before you install any solar panels, it’s quite important to take note of a few of these things:

  • Consider first the condition of your roof. If your roof hasn’t been repaired in a decade, it’s probably not the best idea to install solar panels. You may also want to match the warranty of your solar panels with the warranty of your roof. If you think that your roof cannot carry the weight of solar panels or it doesn’t directly face the sun, then you may also want to reconsider this. You won’t exactly get what you paid for.
  • Understand how rainwater falls on and from your rooftop. If you happened to install solar panels on your roof and you don’t know where the rainwater is going, chances are you might experience further damage and leaks. The solar panels may be the ones causing the leaks and may have to be removed from your roof. This event will add to your maintenance bill.
  • If you live in an area where storms are most likely to occur, you may have to think about how these will affect your solar panels. Constant repairs may be a problem and could make having solar panels more expensive than they should be.
  • Another thing you should consider is the length of your stay at your home. If you’ll be moving out soon, it’s best to put this project on the backburner. If you’re moving into a home you’ve bought or if you’ll be living in this one specific home for the rest of your life, then by all means, it’s a good idea to install solar panels.

Solar Panel Home Maintenance

Like every piece of equipment that you’ll own, solar panels themselves will require maintenance. This maintenance will improve the overall energy output flowing through your house. If left poorly maintained, your solar panels may have a shorter lifespan than they should. 

Here are a few tips on how you can easily maintain your solar panels:

  1. While there is no exact standard on how often these should be cleaned, it’s recommended that you clean your solar panels at least twice a year. Use clean water and a soft sponge; the use of a simple garden hose will be quite helpful. Never use anything abrasive or powerful like pressure washers, as these would certainly damage the delicate surfaces of the panels. Use a long broom or a snow rake to take snow off during the winter.
  2. During the spring, make sure that the solar panels are completely free of any obstruction or damage. Specifically, look out for these:
  • Corrosion or water damage
  • Animal droppings
  • Vegetation growth
  • Missing parts or bolts
  • Exposed wiring
  • Wear and tear
  1. If any maintenance is needed, call for help from your solar panel installer. Never attempt to repair anything that appears broken as skill from professional technicians is required when repairing solar panels.
  2. While you’re cleaning your solar panels, never apply rock salt, hot water, car wax, or hydrophobic solutions. These, too, could damage the surfaces of the panels.

Wear and tear is one thing, but sometimes it’s the quality of the panels that you need to look out for before setting up any in your home.

How to Choose a Solar Panel Installer

After you’ve finally put your solar panel dilemma to rest and you’ve decided to get this all set up, it’s time to hire a solar panel installer. With so many companies out there willing to lend you their expertise as well as grant you the key to your new green life, how can you choose just one? Here’s how:

  • First look at their reputation by looking up their reviews on the internet. If they’re chock full of raving reviews about how excellent their service is, consider them on your list. You can compare them with other providers later on.
  • Next, look at their track record and experience. Because solar energy is a steadily-growing market, it can attract professionals from all walks of life. Find out how long they’ve been in business and what specialties they have to offer that other providers do not.
  • Then, find out about their licenses and expertise. This will further solidify their credibility when helping you in installing solar panels for your home. After all, these certifications prove that these workers are skilled enough to provide you with only the best solar panels. The golden mark of expertise of a solar panel provider is the Solar PV Installation Professional Certification from the North American Board of Certified Energy Practitioners. If they bear this certificate, you can put your trust in them.
  • Lastly, know if they’re within proximity of your residence. You wouldn’t want a solar panel installer a couple of cities away from your home, you’d want one somewhere closer. This is especially important if you somehow might have emergencies with your solar panels. Having a solar panel provider nearby means getting expeditious solutions to any technical problem.

How Many Solar Panels Do I Need?

So, you’ve finally decided to contact a solar panel installer. Would you know how many solar panels you’ll need for your home?

Depending on your household, the average American homeowner will require 28-34 solar panels to fully cover their energy usage. This is once again reliant on their location as well as their roof size. Solar panels produce power in Kilowatts per Hour (or kWh) and these are quite dependent on how much and how long these panels will be exposed to sunlight. 

As strange as it may seem, some states are actually sunnier than others. For instance, California is typically sunnier compared to states like Seattle or Michigan and thus, having solar panels set up in a California home may be more ideal and more efficient with less panels. 

However, this doesn’t mean that households in cloudy states are discouraged from installing solar panels; they just need a bigger, more powerful system. A solar panel system that has more efficient and numerous panels will do just as well as a solar panel system with lesser panels but more exposure to the sun. It’s all about the maximization of how much sunlight you want your panels to take. Once again, the owners of these homes have to also consider the sizes of their roofs or the areas in which they install their panels.

Look on the Bright Side

If you aren’t yet convinced as to why you should get solar panels installed on the roof of your home, just remember that this is a step forward in your efforts to save the planet. Coal and oil are not just non-renewable energy sources, they can also produce harmful pollutants that could further damage the Earth’s atmosphere. As mankind continues to take further strides in the race to rescue Mother Nature, it all starts with you. Solar energy is the gateway toward greater possibilities and, perhaps, an even cleaner and brighter tomorrow.


Solar Inverter Market Ought to Develop at a Wholesome CAGR of 15.45% Analysis Future (MRFR) ֠GlobeNewswire

Pune, February 10, 2021 (GLOBE NEWSWIRE) – The market is witnessing significant demand

Solar inverters enjoy enormous popularity and acceptance worldwide due to their ability to convert direct current into alternating current quickly and at the same time remain connected to the grid-connected system. In addition, the growing number of solar power plants connected to the grid via an off-grid solar inverter is driving the growth of the market. Growing off-grid solar systems for commercial, industrial and private purposes are driving the growth of the solar inverter market and leading to a significant demand for reliable and safe power converters.

As a result, the solar inverter market is gaining enormous traction worldwide. In its latest market analysis for solar inverters, Market Research Future (MRFR) assumes that the market is expected to grow by around 15.45% CAGR in the evaluation period (2019 to 2025). Despite the COVID-19 outbreak, the solar inverter industry remained untouched due to the reassuringly robust surge in the renewable energy market.

Due to the steadily increasing demand for energy, especially from the industrial sector, the market for renewable energies grew steadily in the course of 2020. The market for solar inverters is also quickly returning to normal and is recording a steadily increasing demand for energy, especially from the industrial sector. The demand for solar inverters is expected to continue growing in many countries after the lockdown is lifted.


Solar inverters offer an efficient solution for reliable and safe power source converters in off-grid solar modules for commercial and industrial purposes as well as for private use. As a result, the rise of off-grid solar systems in commercial, industrial and residential applications is having a positive impact on market growth.

In addition, the rapid introduction of solar inverters on the solar roof, in floor-mounted residential buildings, and in commercial and utility systems is fueling the growth of the market. The market prospects for solar inverters seem promising, mainly due to the steadily growing demand for energy around the world. Additionally, the growing installations and government initiatives and guidelines are benefiting the growth of the solar inverter market.

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Industry trends

Solar inverters offer cost-effective solutions for energy conversion. Due to growing concerns about environmental impact and global energy consumption, the need for renewable / clean energy generation continues to grow. It is estimated that emerging markets around the world offer untapped opportunities for solar inverter use. With their favorable government policy for the manufacture of solar inverters, emerging countries offer international players significant opportunities.

Digital technologies are at the heart of the solar inverter market. Significant investments are being made in the development of artificial intelligence and digital technology. Solar inverter manufacturers mainly invest in improving the communication between the inverter and the environment, including the communication systems of the inverter, the integration of the protocol of blockchain in inverters and digital functions in inverters for communication with the intelligent environment and the smart grid.

Despite significant growth prospects, the market is experiencing significant setbacks, such as high initial investments in the manufacture, installation and maintenance of solar inverters. In addition, maintenance issues related to solar inverters are a major challenge for market growth.


The Solar Inverter market analysis is segmented into Type, System Type, Applications, and Others. The type segment is divided into the central inverter, the micro-inverter and the string inverter. Of these, the central inverter segment would lead the market share in the forecast period. The system type segment is divided into on-grid and off-grid.

Of these, the on-grid segment would dominate the market share in the forecast period and would see broad acceptance of on-grid system types in various applications. The application segment is divided into residential, commercial and utility companies. Of these, the commercial segment would lead the market share in the forecast period. The segment’s growth is being driven by the increase in solar systems in warehouses, hospitals, factories, offices and educational institutions.

Browse the detailed market research report (165 pages) on the Solar Inverter market

Regional segmentation

The regional segment is divided into the Asia-Pacific region (China, Japan, India, South Korea and rest-of-the-APAC), America (Canada, Mexico, USA, rest of North America) and South America. Europe (UK, Germany, France, Italy and the rest of Europe) and the rest of the world.

It is observed that APAC has consistently dominated the global solar inverter market and is expected to maintain its market position in the years to come. The region stands for the world’s largest electricity producer and consumer and makes up over half of the world’s total population. In addition, the availability of abundant renewable / natural resources increases the solar inverter market share in the region.

In addition, the rapid growth in the industrial, commercial and utility sectors, the massive demand for electricity and government initiatives to promote the use of renewable energies are increasing the market value of solar inverters in the region. Countries such as China, India and Japan are growing rapidly and the solar inverter market size in these countries is expected to expand significantly and have a healthy CAGR over the period.

Europe ranks second in the world in terms of sales in the solar inverter market. Solar is a primary renewable energy source in most European countries. Several solar power projects have been set up in the region in recent years, many of which are under construction. These factors are expected to contribute to market growth and drive primary energy generation in the region.

In addition, increasing investments in solar energy and the relocation to minimize the consumption of fossil fuels due to the regulation on the use of waste heat are the reasons for the growth of the regional market. The solar inverter market in the European region is expected to grow 19.14% over the forecast period.

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Competitive analysis

Manufacturers are striving to increase production capacities with improved cost efficiency and a leaner organization, which is supported by new digitalization options. Many solar inverter manufacturers are considering the possibility of developing charging and power supply systems for electric vehicles after mastering their own research and development with inverters.

Increasing strategic partnership agreements and approaches such as collaboration, mergers and acquisitions, expansion and product launches are expected in the next few years. The players in the industry are investing strategically in promoting research and development activities and in promoting their expansion plans.

Solarvest Holdings BHD recently announced the conclusion of Memorandums of Understanding (MOUs) with Huawei Technologies SDN BHD and Sungrow Power Supply Co Ltd. on February 4th, 2021. known to get inverters.

Huawei is a leading supplier of solar inverters worldwide, while Sungrow is a leading supplier of solar inverters in China. As part of the MoUs, Solarvest would increase its competitiveness and the quality of its services with a cumulative order capacity of around 200 MW solar inverters. Solarvest believes the time has come for the group to expand its inventory levels amid the surge in demand for solar power.

The List of Key Companies featured in Solar Inverter Market research report is:

  • SMA Solar Technology AG (Germany)
  • Canadian Solar Inc. (Canada)
  • ABB Ltd (Switzerland)
  • SunPower Corporation (USA)
  • Delta Electronics, Inc. (Taiwan)
  • SolarEdge Technologies Inc. (Israel)
  • Sineng Electric Co., Ltd. (China)
  • Power electronics (Spain)
  • Solectria Renewables, LLC (USA) and
  • Hitachi Hi-Rel Power Electronics Pvt. Ltd (India) among others.

Explore more research reports on renewable energy Industry, according to market research future

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Paradise Energy Solutions solar project makes Maryland school mostly powered by PV

Caroline County Public Schools recently energized a 100 kW solar system at their central office in Denton, Maryland. With this array, the school district now powers nine of its 16 buildings with solar energy, an accomplishment of which the school’s leadership is very proud.

Paradise Energy Solutions installed a 100-kW solar array on the central office of Caroline County Public Schools in Denton, Maryland. Paradise Energy Solutions

“Utility costs are a significant line item in our budget and that line item continues to grow as rates increase”, said Milton Nagel, assistant superintendent for Administrative Services. “Solar will help reduce our electric bills, allowing for those funds to be redirected to the classroom to the betterment of student achievement.”

The newest system is expected to save $11,695 in just the first year and over $330,000 over the system’s expected lifespan.

Installed by Salisbury-based Paradise Energy Solutions, the newest 412-panel system will produce 114,663 kWh of clean sustainable electricity in just the first year.

“Renewable clean energy solutions like solar are a component of environmental education,” Nagel said. “Teaching how to be good stewards of our planet is an important component and something everyone can get excited about.”

The school district is currently installing another 876 solar panels on its Support Services Office on Greensboro Road in Denton, which is expected to be completed and operational in the coming weeks.

News item from Paradise Energy Solutions

Everybody Solar completes first half of solar portfolio for Kentucky center for at-risk children ֠Solar Power World


Buckhorn Children & Family Services, a nonprofit organization in Eastern Kentucky that provides a sanctuary of health, healing and hope for at-risk children, youth and families throughout Kentucky, unveiled their new 10-kW solar installation provided by the nonprofit Everybody Solar, in partnership with MaxSolar, Mountain Association and HOMES, Inc. This installation is the first phase of the two-phased project. The nonprofit needs to raise an additional $32,262 to complete the project.

The new solar panels donated by MaxSolar, a provider of O&M, technical and asset management services for commercial solar PV systems, will save Buckhorn about $2,500 annually in electricity. The goal is to install additional panels, doubling the amount of solar generated and equaling 20.4 kW per year or over $145,000 in savings over 25 years. By installing the panels, Buckhorn hopes to use the savings to purchase needed bedding, blankets, basic hygiene kits and more for the children in their care.

“During these uncertain times with COVID-19 and the economy, we continue to explore ways to save money and increase services,” said Billy Smith, executive director at Buckhorn Children and Family Services. “Uncertainty increases the need for our services. The savings from solar energy will allow us to reach more children and families in need of healing.”

Buckhorn Children & Family Services serves children who have experienced severe abuse and neglect throughout Kentucky.

Not only will this solar installation increase the impact Buckhorn has on children and families in all 120 counties in Kentucky, but it also provides new job skills to former coal miners whose numbers have grown as coal production in Eastern Kentucky has dropped over the past decade. Through partner HOMES Inc, an organization that provides affordable and efficient housing solutions to distressed communities in Eastern Kentucky, former coal miners aided in the installation, providing them with new job skills in the energy sector, which has the highest job growth in the country.

Everybody Solar

“One of the most exciting projects Everybody Solar has been involved with to date is Buckhorn Family and Children Services. By helping bring them solar energy we can impact the community in more ways than just the clean energy produced from their panels,” said Youness Scally, Everybody Solar’s executive director. “Buckhorn, being dedicated to help severely abused and neglected children, will be able to spend the money saved on electricity on providing improved services for the children they serve. Furthermore, this project demonstrates that solar energy has the potential to positively impact communities by providing jobs and job training (through HOMES, Inc.) to those that install the solar panels, in what has historically been ‘coal country.’”

“The first phase of this project started in 2020 because we wanted to make sure Buckhorn was able to participate in Kentucky’s net metering program before the Kentucky Power Company’s proposed changes to the net metering tariff go into effect in January 2021,” said Josh Bills with partner Mountain Association, which invests in people and places in Eastern Kentucky to advance a just transition to a new economy that is more diverse, sustainable, equitable and resilient. “These changes would sharply reduce the value of solar generation for future net metering customers. And it would place solar customers into a complicated time-of-use rate structure and greatly under-value excess solar generation fed back to the utility, which would negatively impact Buckhorn’s ability to help children and families in need in Kentucky.”

“I am very thankful that HOMES is playing an important role in solar installations in Central Appalachia,” said Seth Long, HOMES Inc. Executive Director. “This region has always been a player in providing energy in the U.S. We have invested in solar energy installations after seeing the positive impact solar has had on our own organization. Today, one of our young employees, a son of a coal truck driver, is leading us forward with installations. The system at Buckhorn was his first ground-mounted system and he did an excellent job with the installation.”

Visit this site to donate to the second part of this project.

News item from Everybody Solar


Now Accessible ֠Solar Charge Controller Market Report 2017-2025 ֠FLA Information ֠FLA Information

The global solar charge controller market will see impressive growth in the years to come. This is also an indication of the fierce competition the market is likely to experience in the near future. According to a new study by Transparency Market Research (TMR), the best-known market participants from the industrialized countries are likely to focus on the emerging markets. With this strategy, the market participants will expand their regional presence and thus strengthen their position in the global area. According to TMR, OutBack Power Inc., Xantrex Technologies, Genasun LLC, Luminous Power Technologies Pvt. Ltd., Wenzhou Xihe Electric Co., Ltd., Phocos, Beijing Epsolar Technology Co., Ltd., Steca Elektronik GmbH and Sollatek are some of the leading companies in the global solar charge controller market.

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TMR put the global solar charge controller market at USD 22,653.4 million in 2016. With a promising CAGR of 16.2% between 2017 and 2025, the market should hit $ 86,087.5 million by the end of 2025. As the demand for solar charge controllers grows in various end-use sectors, the utility segment is growing, which made up the leading market share in 2016. In the forecast period, growth in the solar house systems and industrial buildings segment should also increase. In 2016, the Asia-Pacific region held the dominant market share in the region. Rising industrialization, increasing demand for energy, and cheap government initiatives will support the growth of the solar charge controller market in the Asia-Pacific region. In addition, Latin America, the Middle East and Africa are likely to see impressive growth in the years to come.

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Favorable climate protection policy to create lucrative growth prospects

According to TMR, the coming years offer impressive growth prospects for the global market for solar charge controllers. The market will benefit significantly from the increased use of solar energy and the measures taken to curb dependence on non-renewable energy sources. A favorable climate protection policy and a clean fuel agenda will also mean positive growth for the global solar regulator market. In addition, increasing investment in renewable storage solutions and the implementation of stringent policies to reduce pollution will create lucrative prospects for the market to grow. In the years to come, market participants will also benefit from growing consumer awareness.

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High cost of solar charge controller than conventional counterparts as the main obstacle

On the other hand, the costs of generating energy from solar energy are higher than with conventional sources. This could significantly limit the growth of the market. In addition, the maintenance costs for solar charge controllers are comparatively higher than for their conventional counterparts, which could impede market development to some extent. Nevertheless, the growth path will remain positive due to the increasing investments in renewable storage solutions. Active participation from different sides of society will also create an environment that is conducive to the growth of the global solar charge controller market in the years to come. In addition, the market will benefit from the increasing development of off-grid electrical systems and the acceleration of solar systems.

In the coming years, more and more developing countries are likely to make optimal use of their solar energy in order to reduce their dependence on fuel-based electricity generation. This is achieved by implementing strict legal frameworks. Actions by governments and international bodies to spread awareness of renewable energy sources will also have a positive impact on the global solar charge controller market.

ForeFront Power completes 2.8-MW solar project for Illinois nonprofit residential childcare facility

ForeFront Power announced commercial operation of the largest solar project in Kane County, Illinois. With 7,384 panels, the 2.8-megawatt project delivers power to the Mooseheart Child City and School, a nonprofit residential childcare facility for children and teens in need. The project created more than 44 jobs during the construction and operation phases.

The Mooseheart solar project received incentives through the state’s Adjustable Block Program (ABP), which was established by the Future Energy Jobs Act to support the development of new PV distributed generation and community solar projects in Illinois. While the program has been successful in helping generate new clean electricity in the state, the funding for the program has been exhausted and must be renewed for the state to see uninterrupted growth in the sector.

“Industries that create jobs in Illinois should stay in Illinois,” said Rep. Keith Wheeler of Illinois’ 50th district. “The Mooseheart solar project is a testament to the job creation engine that solar energy has become in our state over the past few years as a result of the Future Energy Jobs Act. The Mooseheart organization is a treasure in the Fox Valley for a long list of reasons, and their leadership of building one of the largest solar projects in our local area is just the latest example of why.”

“Since we are a non-profit organization funded through the generosity of donors, every dollar counts. We are very pleased to partner with ForeFront Power in this opportunity to demonstrate strong fiscal stewardship, and with the money saved over the next 25 years of the solar project’s life, we’ll be able to reinvest those dollars into other programs in order to better serve our youth,” said Gary Urwiler, executive director of Mooseheart. “We understand that clean air and a healthy environment are linked to a child’s potential for success, so it aligns squarely within our mission to offset 114 million pounds of carbon emissions with this energy project, directly contributing to cleaner air and a better overall environment for the young children and teens we serve every day.”

“Mooseheart Child City & School is an organization with an inspiring mission to care for and educate youth in need,” said Chris Wall, director of construction for ForeFront Power. “The ForeFront Power team was honored to build this project to help Mooseheart save money and demonstrate energy leadership.”

Mooseheart’s solar project is a single ground-mounted project sited on a 1,000-acre campus located 38 miles west of Chicago. Progressive Energy Group of Aurora, Illinois, helped Mooseheart Child City and School source this clean electricity deal and oversaw the endeavor from inception to completion. SolAmerica served as ForeFront Power’s engineering, procurement, and construction (EPC) partner on the Mooseheart project.

News item from ForeFront Power

Solar PV Module Market Trends 2021 ֠Growth Forecasts 2026: Graphical Research ֠Yahoo Finance

Major solar PV module market players include Sun Power Corporation, Motech Industries, Trina Solar, GCL System Integration, JA Solar, Su-Kam Power System Ltd., Canadian Solar, Longi Solar Technology Ltd., Jinko Solar, Sharp Corporation, Suntech Power Holding Ltd., Risen Solar, First Solar, Schott Solar, Yingli Solar, Hanwha Q CELLS, Solar Frontier K.K., and Solar World.

Pune, India, Feb. 08, 2021 (GLOBE NEWSWIRE) —

The global solar PV module market size is projected to witness lucrative growth during the forecast spell, owing to rising investments towards renewable energy and a decarbonized economy. Recent years have seen a rapid rise in favorable regulatory policies towards the deployment of solar panels, in the form of tax rebates and incentives.

Furthermore, the escalating demand for solar power from remote locations, alongside strict mandates for the generation of decentralized power will impel solar PV module industry outlook over the coming years. Market trends will also be influenced by the surging green energy demand across the private and public sectors, as well as reducing solar panel costs.

Major entities operating in the solar PV module market share include Sun Power Corporation, Motech Industries, Trina Solar, GCL System Integration, JA Solar, Su-Kam Power System Ltd., Canadian Solar, Longi Solar Technology Ltd., Jinko Solar, Sharp Corporation, Suntech Power Holding Ltd., Risen Solar, First Solar, Schott Solar, Yingli Solar, Hanwha Q CELLS, Solar Frontier K.K., and Solar World. These players are invested in several lucrative design, development, and research strategies, to deliver advanced solar products, designed to meet evolving customer needs.

Rising potential of crystalline silicon solar PV modules across commercial applications

The solar PV module industry from the crystalline silicon segment is poised to gain considerable traction over the coming years, given the mounting demand for green electricity from the public and private sectors.

The product demonstrates strong applicability in utility-scale and commercial projects, such as educational institutions, data centers, and hotels, which will add impetus to industry expansion. This is due to the myriad beneficial effects of crystalline silicon such as extended solar panel life cycle, safer and more dependable operations, and lower weight volume ratio.

Access sample pages of the report, “Solar PV Module Market Size By Technology (Thin Film, Crystalline Silicon), Product (Monocrystalline, Polycrystalline, Cadmium Telluride, Amorphous Silicon, Copper Indium Gallium Di-selenide), Connectivity (On-Grid, Off-Grid), Mounting (Ground Mounted, Roof-Top), By End-Use (Residential, Commercial, Utility), Regional Outlook (North America, Europe, Asia Pacific, Middle East, Africa, Latin America), Price Trends, Competitive Market Share & Forecasts 2026” in detail along with the table of contents (ToC) @

Rapid integration of renewable sources and shift towards a decarbonized economy

Escalating demand for cost-effective electricity from developing economies, alongside the integration of renewable power technologies on a large scale will stimulate solar PV module market dynamics from the monocrystalline segment. These products deliver multiple advantages such as economical operation costs, embedded energy per panel as well as high efficiency. Moreover, propitious government schemes and incentives pertaining to net metering and feed-in tariff will impel solar PV module industry growth in the segment.

The cadmium telluride segment will also witness a significant growth trajectory, because of a strong focus on decarbonizing the economy, as well as the development of advanced renewable energy sources. Favorable regulatory initiatives such as power purchase agreements and net metering will enhance product demand. Also, growing environmental concerns regarding GHG emissions and persistent efforts towards fossil fuel reduction will foster solar PV module market expansion from the segment.

Rapid expansion of utility-scale grid networks

Based on connectivity, the on-grid solar PV module systems segment is anticipated to gain rapid momentum over the forecast period, due to the expansion of utility-scale grid networks and the availability of electricity at more economical price points. Stringent regulatory norms pertaining to the adoption of renewable power technologies, as well as the replacement of existing power generation systems with renewable sources, to accommodate growing clean energy targets, will further boost industry dynamics.

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Steps to Make West Virginia a Inexperienced Enterprise Chief ֠Crossville Chronicle

Senator Manchin is right: West Virginia should be a leader in the green economy. (Manchin: We should build the green economy in West Virginia on January 31st.) Our elected officials at both state and federal levels can act to make sure this happens.

West Virginia state lawmakers should legalize a renewable energy financing tool known as Power Purchase Agreements (PPAs). This will increase the demand for renewable energies, especially solar energy. At the federal level, we should invest to ensure that this demand is met by West Virginia workers and that it benefits our state’s local businesses and farms.

With PPAs, companies and organizations can install solar or other power generation systems on their property at no upfront cost. With a PPA, a third party owns, installs, and maintains the facility. Customers benefit from the fact that they can buy the electricity that the system generates at a lower price than they pay to their supplier.

PPAs are legal in 28 states including our neighboring states of Pennsylvania, Ohio, Maryland, and Virginia. Georgia legalized PPAs in 2015. Since then, the state has installed solar energy that is three times the national average.

Legalizing PPAs will fuel demand for renewable energy in West Virginia, but that’s not enough. We need to make sure West Virginians and West Virginia corporations install these facilities.

The federal government plays a role here.

A “green job” is not just the wiring of solar panels on a roof by the installer. It’s also the seller who closes the deal, the truck driver who supplies the equipment, and the researcher who works in a lab to develop new technologies.

The federal government should invest in staff development programs to train West Virgins for these roles. This appropriation should support, inter alia, vocational training (including on-the-job training), mid-career development and the creation of new small businesses and workers’ cooperatives.

If you invest in renewable energies now, jobs in energy production will be preserved in our country. Federal support can ensure West Virginia does not lag behind in the transition to a renewable energy economy.

An example of an existing federal program that could be expanded is the USDA Rural Energy Program for America (REAP). This program provides grants and loan guarantees to rural business owners and farmers. Last year REAP provided over $ 1 million in loans and grants to farms and businesses in West Virginia. However, more can be done to provide West Virginia businesses and farms with access to affordable, locally produced renewable energy. An expanded REAP program could provide REAP applicants with additional technical assistance so that they can prepare applications and install their projects.

Generations ago, the federal government invested in nationwide electrification. This expansion of infrastructure provided a critical market for West Virginia coal. This made our state an energy power plant. Today, a new round of investment is required to maintain West Virginia’s energy leadership for generations.

Autumn long

Solar United Neighbors

Mt. Nebo, West Virginia

Environment America launches 100% renewable campaigns in 13 states

Environment America launched its 2021 campaigns for 100% renewable energy in 13 states on Feb. 8. The announcement comes as the Biden Administration, which campaigned on achieving carbon pollution-free power nationwide by 2035, continues to push for a federal 100% clean electricity target.

The multi-state effort features campaigns in California, Connecticut, Florida, Georgia, Illinois, Massachusetts, Minnesota, New Jersey, North Carolina, Oregon, Pennsylvania, Texas and Wisconsin.

“States are America’s trailblazers when it comes to clean energy,” said Johanna Neumann, senior director of Environment America’s Campaign for 100% Renewable Energy. “State leaders who have the courage and ambition to repower their state with renewable energy are carving out the path that everyone else will soon walk with familiarity. The most effective of those trailblazers act with clarity and urgency to realize the potential of renewable energy that abounds in every corner of our great land.”

Since 2018, when Environment America and its state groups launched its 100% Renewable Campaign, the organization has played a key role in convincing California, New Mexico, Maine, Washington and Virginia to make commitments to 100% clean or renewable electricity. Now, with seven states having enacted laws requiring 100% clean electricity, the group will push other states to join in committing to play a pivotal role in moving toward a completely renewable energy society. The group advocates for commitments that also include meaningful interim targets to ensure near-term renewable energy growth.

“Some people may be thinking that federal action is the best way to go now, but we know state leadership is the reason we can even imagine a clean energy future for all Americans today,” said Emma Searson, Environment America’s 100% Renewable Campaign director. “State policies — from clean energy standards to solar programs — have played an outsized role in securing the remarkable progress we’ve seen to date. Let’s make sure that those laboratories of democracy continue using their winning formulas to transform our energy future in the years ahead.”

Environment America’s state policy efforts:

Environment California is calling on the governor and state legislature to accelerate California’s transition to clean energy by moving its existing 100% clean energy target up from 2045 to 2030.

Environment Connecticut is urging decision makers to take action this year to begin implementing Gov. Ned Lamont’s executive order establishing a goal of 100% carbon-free electricity for Connecticut by 2040.

Environment Florida helped introduce State Renewable Energy Goals (HB283) and a companion renewable energy bill (SB720), which set a target for the state to get its electricity from renewable energy by 2040 and reduce the state’s carbon emissions to net-zero by 2050. The group is also encouraging local governments, colleges and universities and other major energy users to commit to transitioning to 100% renewable energy.

Environment Georgia is driving the adoption and implementation of 100% clean and renewable energy commitments in many of Georgia’s largest cities and is also helping to move legislation supporting a statewide transition to 100% renewable energy by 2050 (HR 70).

Environment Illinois is working with environmental advocates and leaders in the renewables industry to pass clean energy legislation that includes the strongest policies to commit Illinois to 100% clean and renewable energy.

This session, Environment Massachusetts is supporting legislation that will be filed by Rep. Marjorie Decker. The bill puts Massachusetts on track to achieve 100% clean electricity by 2035 and 100% clean energy for heating and transportation by 2045. Last session, a similar bill was endorsed by a majority of state legislators.

Environment Minnesota is advocating for Rep. Jamie Long’s 100% Clean Energy Bill, which requires 100% carbon free electricity by 2040, including 55% renewable energy by 2035. The organization will continue supporting even more aggressive timelines and public investments in clean transportation and energy efficiency needed to get Minnesota off fossil fuels as quickly as possible.

New Jersey
Environment New Jersey supports the reintroduction of the 2018 Senate Bill 1405, championed by Sens. Patrick Diegnan and Loretta Weinberg, which would commit New Jersey to reaching 100% clean, renewable electricity statewide by 2035. The bill comes as part of an effort to implement the state Global Warming Response Act (GWRA), which requires a 80% reduction in carbon emissions by 2050.

North Carolina
Environment North Carolina is supporting legislation that calls for 100% renewable energy by 2050.

Environment Oregon is advocating for a statewide legislative commitment to 100% clean and renewable electricity.

This session, state legislators will reintroduce legislation in both the House and Senate to transition the commonwealth to 100% renewable energy by 2050. State Rep. Chris Rabb has championed the bill since its initial introduction in 2018 and will sponsor the House version once again. Last session, the bill was co-sponsored by a bipartisan group of 100 legislators.

Environment Texas supports a statewide commitment to 100% clean and renewable electricity. The group also supports efforts to expand transmission lines to further the growth of the wind and solar industry in Texas.

Wisconsin Environment is encouraging the state, along with local governments and major energy users, to transition to 100% renewable energy.

News item from Environment America

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