It may seem difficult to choose the best solar battery for your house, but worry not! To help throw some light on the situation, Solaright is here. A vital first step in making the most out of your solar power system is selecting a solar battery. So that even those who are not tech-savvy may make an educated choice, let’s break it down into easy stages.

Assess Your Energy Requirements

Be familiar with the energy needs of your house before stepping foot in the solar battery sector. Examine your electricity invoices to determine your typical energy use. This will serve as your basis for figuring out how big of a solar battery you need.

Type of Battery Matters

Batteries are not made equally. There are several varieties available, including lithium-ion, lead-acid, and saltwater batteries. Every kind has advantages and disadvantages. 

For example, lithium-ion batteries are well-known for their long lifespan and excellent efficiency, although their cost may be higher than that of other batteries. Selecting the one that best fits your needs and tastes should consider these factors.

Size and Dimensions

Size matters, particularly in the case of solar batteries. Think about the area in your house that is available for installing the batteries. Additionally, pick a battery that can hold enough charge to keep you going at times when there isn’t as much sunshine or when there are power interruptions. You will have enough stored energy when you need it most if it has a bigger capacity.

Suitability for Solar Panels

Make sure the solar battery you select works with the solar panel setup you currently have. Not every solar system is compatible with every battery. Verify the specs and seek expert advice if necessary to prevent incompatibilities.

Lifespan and Warranty

Purchasing a solar battery requires sustained financial support. Longer-lasting batteries will end up costing you less in the long run, so look for those. Additionally, be sure to read the manufacturer’s guarantee. A strong guarantee is a reliable sign of a well-made battery.

Features for Monitoring and Control

With the intelligent features of modern solar batteries, you can keep an eye on and manage your energy use. Choose a battery that shows you your energy output and consumption in real time. This gives you the ability to decide when to utilize your saved energy and when to use the grid.

Establishment and Upkeep

When selecting a solar battery, please take into account how simple it is to install and maintain. While some batteries are easier to install yourself, others need to be installed by a professional. Similarly, make sure the upkeep specifications are within your financial and schedule limitations.

In summary, selecting the ideal solar battery for your house involves knowing your energy requirements, picking the appropriate size and kind, making sure it is compatible, taking guarantee and lifetime into account, and appreciating the advantages of contemporary technology. 

By following these easy steps, you’ll be well on your way to using solar energy to power your house. With Solaright, happy solar shopping!

Good news for homes in the sun In Australia! With great pleasure, Solaright talks about the most recent advancement in solar technology, made possible by the innovative thinking of REC Group. Get ready for the Alpha Pure-RX, a powerful rooftop solar panel system with an astounding 470 watts of solar electricity.

Why does the Alpha Pure-RX have such a brilliant shine? All of this is possible because of REC’s clever heterojunction technology, which combines amorphous thin-film silicon and N-type crystalline silicon. Together, they produce greater energy conversion, increasing yields and efficiency. Imagine a stunning 470W power output with a power density of up to 226W/m2. That is the pinnacle of solar power!

Improved Solar Panel Efficiency

Not only that but the Alpha Pure-RX is accustomed to being outside. Because of its sturdy four-part junction box construction, it may survive in partially shaded areas. This solar miracle is sturdy enough to withstand the weight of heavy snow, up to 7000 Pa, and to enjoy the Australian sun. The cherry on top of the solar cake is that it guarantees a minimum power production of 92% even after 25 years of solar radiation absorption.

Why is Solaright so happy about this now? Essentially, Solaright aims to optimize your roofing. The Alpha Pure-RX and Solaright’s dedication to excellence and efficiency are a natural match. Imagine a solar panel that can gracefully withstand the intense Australian heat while simultaneously capturing sunlight on dimly lit days. Your entryway into this solar revolution is Solaright, which links you to the extraordinary powers of the Alpha Pure-RX.

  • The REC Group constellation has more stars than just that one. REC will introduce the Alpha Pro M at All-Energy, a solar powerhouse with up to 640Mp designed for commercial and industrial applications. 
  • It’s evidence of REC’s commitment to providing a wide range of superior solar solutions to suit every Australian requirement.

Declare modules from REC, like the Pure-RX, are proudly branded with this name. This certification is a mark of approval for environmentally friendly, robust, and healthy buildings—it’s not simply a sticker. REC’s Director of Asia Pacific and Japan, Gus Paviani, highlights the company’s dedication to producing goods that are not just cutting edge but also ecologically friendly.

For Solaright, this is a step toward a sustainable future rather than merely the release of a new solar panel. Keep checking back because in Q1/2024, the Alpha Pure-RX and Alpha Pro M panels will be arriving in Australia and New Zealand.

Australia is celebrating reaching a significant milestone in renewable energy, with renewables accounting for an impressive 36% of the country’s power in 2022. Solar photovoltaics (PV) is leading the charge in this green revolution, contributing 15% of the total and promising future expansion.

But even as we harness the sun’s plentiful energy, we still have to deal with the difficulty of keeping the electrical system steady. In light of climate change, the erratic nature of solar electricity, which is impacted by constantly shifting weather patterns, begs the question of grid stability.

Climate Change & Solar Power

A recent study delves further into this issue intending to estimate how climate change would affect Australia’s solar resource dependability over the next century. The results show a complex picture of regional differences in weather-related discrepancies.

A bright spot for the dependability of solar resources is that as the temperature warms, the eastern regions of Australia could witness less sporadic solar power-generating episodes. On the other hand, prolonged periods of little or no electricity generation may occur in some western regions. What’s the most important lesson learned? The majority of Australia still has a bright future for solar energy despite climatic changes.

However, how does the intricate dance of grid stability get affected by the upsurge in solar growth? In contrast to conventional power sources, renewable energy sources add fluctuating energy to the grid based on variables such as cloud cover and sunshine intensity. These changes have the potential to throw off the supply and demand equation, leading to swings in voltage and maybe blackouts.

Let’s talk about how climate change affects solar production. 

  • Increased solar resource availability throughout Australia is predicted in a higher emissions scenario, with slight reductions in the western regions. 
  • Solar power dependability in the east is predicted to increase with more clear-sky days.

Let’s now focus on Sun Cable, the largest solar farm in the world, which is creating waves in the Northern Territory. Its enormous 14 gigawatt generation capacity is intended to power Singapore and Darwin. However, by 2099, our estimates predict a 2% decrease in radiation at Sun Cable, which might result in a loss of 280 megawatts in overall generation capacity. To combat this irregularity and provide a steady power supply, energy storage devices become essential.

The necessity of strategic planning is growing. 

  • The necessity of cutting carbon emissions and becoming ready for catastrophic climate change is highlighted in the most recent IPCC report. 
  • Grid-connected renewable energy technologies are a lighthouse on this path, and storage facilities are essential for both delivering and absorbing extra energy during periods of high demand.

Unheralded heroes of the energy revolution, batteries are about to take center stage. By 2025, three sizable battery storage projects are planned for Australia. However, the next course has to be carefully considered. 

It is crucial to do a thorough analysis of the effects of climate change using a variety of climatic models and scenarios before the installation of large-scale solar facilities. Hybrid renewable energy plants are a clever way to optimize the energy mix and reduce intermittency since they combine solar and wind power at the same location.

In conclusion, accepting solar energy entails navigating the oceans of change, as Solaright paves the way for Australia’s solar future. Through technology, strategic planning, and a dedication to environmental sustainability, Solaright is positioned to shed light on the way toward a secure and sustainable solar-powered Australia.

The solar environment in Australia is experiencing considerable change, propelled by a perfect storm of events that is changing the industry and affecting major participants. The drop in the price of solar panels, which began in June and has yet to completely exhibit its worldwide repercussions, is at the vanguard of this transformation.

Tongwei Solar, known for its TW Solar brand, is a key company making waves in the Australian solar sector. While Tongwei has long been a major player in upstream solar production, its recent entry into the Australian industry has upended long-standing market dynamics. 

According to Warwick Johnston, Managing Director of Sunwiz, a solar and storage analysis business, the company’s strategic entry, along with its low price, has resulted in a shake-up.

  • Tongwei Solar, on the other hand, appears to have had a considerable impression at the high end of the market. 
  • The premium panel market share, which was formerly above 20%, has now dropped to roughly 10%. 
  • This demonstrates that Tongwei has effectively established itself as a competitive rival in the premium sector.

Tongwei, however, is not the only disruptor in this scenario. Johnston observes a larger trend of manufacturers entering the Australian market, bringing a flood of low-cost panels with them. This inflow of low-cost alternatives is causing all industry participants to rethink and change their pricing strategies.

  • The global context magnifies the transformational character of these shifts even more. 
  • The Australian market is being impacted by a significant global drop in solar panel costs, with an average adjustment of roughly 10% across all module categories. 
  • Increased manufacturing capacity, a glut of modules in Europe, and changed laws in the United States are the main drivers of this price adjustment.

While the worldwide market has seen a swift and severe shift in price, according to Johnston, the full impact of these developments has yet to reach Australia. Despite a considerable decline in the average panel price between June and August, from $1.11/W to $1.06/W, the overseas discount prices have not entirely infiltrated the Australian market. According to Johnston, this downward tendency will certainly reach Australian shores, bringing both obstacles and opportunities.

Falling prices lead to more affordable and cost-effective solar options for customers. This tendency, however, offers a tough challenge for Australian solar firms. According to Sunwiz in a recent article, the most important hurdle for the burgeoning Australian solar business is the falling price of solar panels. This issue affects numerous industry areas, including panel makers, distributors, retailers like Solaright, and even inverter manufacturers.

Finally, Australia’s solar business is transforming, as evidenced by lowering prices, the entrance of new companies, and a dynamic shift in market dynamics. While these developments provide possibilities for consumers, they also entail adaptation and strategic changes for industry players, making this a critical crossroads for the country’s solar business.

Australia stands out as a light in the brilliant landscape of renewable energy, showing the route to a more sustainable future. Unlike its European competitors, Australia flourishes in isolation, overcoming the obstacles of rapidly increasing solar and wind energy adoption with surprising simplicity and affordability.

Australia, which is located in the solar-rich zone where 80% of the world’s population lives, uses the power of the sun and wind to fuel its energy revolution, notably in its southeast. Australia, a pioneer in per capita solar and wind energy, outperforms even the most advanced European nations, blazing a single but significant path toward a cleaner, greener destiny.

  • One significant differentiating feature is Australia’s self-reliance, which stems from its physical isolation, which hinders power sharing across borders. 
  • Despite this, the country manages rising amounts of solar and wind energy with ease, demonstrating the scalability and effectiveness of its method.

The use of mature, cost-effective technology acquired from extended manufacturing runs is at the heart of this solar success story. Australia makes use of its plentiful resources, which include solar, wind, pumped hydro energy storage, batteries, and modern transmission and demand management systems. This formula, born of necessity, serves as a model for governments throughout the world seeking a dependable and inexpensive transition to renewable energy.

The present energy environment in Australia demonstrates Australia’s commitment to renewables. At the moment, 38% of the power in the National power Market is generated by renewable sources, namely solar and wind. Australia is setting a high standard for sustainable energy adoption, with a government target of 82% renewable electricity by 2030.

  • South Australia, with a population of 1.7 million people, is on course to attain 100% annual solar and wind energy by 2027. 
  • Despite having relatively poor links to other states, South Australia is investing in gigatonne-scale transmission projects that will allow significant renewable energy to be exported to adjacent areas.

South Australia attained an astounding 85% solar and wind proportion in December 2022, with an average spot market price of AUD 55 ($37)/MWh. The South Australian grid’s resilience and capacity to offer reduced energy costs attest to the economic sustainability of solar and wind generation over fossil gas generation.

Australia’s energy evolution is fraught with difficulties. With no nuclear, geothermal, or hydroelectric power, the country relies primarily on solar and wind for new generation capacity. Energy storage, on the other hand, is a triumphantly solved conundrum, with three existing pumped hydro energy storage installations and two more under development, which combined exceed the energy storage capacity of all utility batteries globally.

With numerous states announcing around 15 GW of pumped hydro, as well as large investments in batteries and gigawatt-scale transmission, Australia portrays a convincing image of a future in which fossil fuels are rapidly phased out of energy generation.

Australia emerges as a market-driven advocate for the cost and usefulness of renewable energy sources in a world where solar and wind account for three-quarters of new worldwide generation capacity. As the globe electrifies everything, Australia’s simple solutions for storage, transmission, and demand management serve as a beacon for attaining zero emissions by mid-century.

Australia, with its sun-drenched landscapes and enterprising spirit, takes center stage as a leader in the great story of global energy transition, paving the way for a solar-powered future, with market leaders in Solaright.

When procuring Solar Panels for your residential or commercial settlements, it is vital to understand the ins and outs of what you are getting into. Customized requests matter a lot and solar panel systems are pretty close to the same.

Are you considering harnessing the power of the sun for your home? Wonderful concept! However, be wary of shady solar panel scams that might derail your bright goals. Here are 7 methods to identify shady deals and keep your energy aspirations burning bright.

  1. Solar Panels for Free? Not at all!

Have you ever seen advertisements for “free solar panels”? Never fall for the lures then. These advertisements frequently include third-party ownership, in which you have panels installed “free,” but wind up paying through monthly leases or energy purchases. Pay attention to the details!

  1. Tricks with a Time Limit

If a salesman puts you under pressure with “special programs ending soon,” take a step back. Genuine incentives, such as the federal solar tax credit, have specific deadlines. Be wary of rash conclusions and conduct a thorough study. Scammers utilize false urgency to pressure you into signing a contract without fully comprehending the situation.

  1. Imitators of Utility Services

Be wary of door-knockers who pretend to be from the utility provider. “I’m with your utility company, and we have a solar program,” be wary. Verify their identification and proceed with caution. Solar programs that are legitimate will not send agents door-to-door urging you to sign up.

  1. Exciting Limited-Time Offers

Be wary of bargains that disappear if you don’t sign right away. Legitimate solar offers do not vanish suddenly. It’s a red sign if a salesperson rushes you. Take your time and look at your possibilities. A trustworthy organization will provide you with the necessary time to make an educated selection.

  1. The Truth About Tax Credits

The federal solar tax credit is a hidden jewel, but some unscrupulous dealers may mislead you. It is a tax credit rather than a refund. You will not get a cheque unless you have paid your taxes. Before you dive in, make sure you understand the specifics and speak with financial professionals. To entice you, scammers may offer large government rewards, but the truth is more complicated.

  1. An exaggeration of Electricity Prices

Some businesses overstate future power price increases to make their solar savings appear larger. Keep an eye out for the projected yearly rise. If it’s more than 3%, request reliable facts to back it up. Scammers may overestimate your prospective savings by using inflated future pricing, resulting in disappointment in the long term.

  1. Inadequate quotes

Don’t accept ambiguous quotes. A reliable solar installer gives comprehensive information, including panel model numbers. If the quote lacks specifics, proceed with caution. You have the right to know what you’re receiving! When investing in solar panels, complete openness is critical. If a quote is missing essential facts, it indicates that the firm may not be forthcoming about its products.

Information is power in the context of solar panels. Gather data, ask questions, and take time to learn. Identifying these warning signals can assist you in navigating the solar environment and ensuring a bright, scam-free tomorrow for your property’s energy. Good luck with your solar exploration! Remember that the best protection against solar scams is an informed customer.

There is a gleam of optimism in sight in a world where the necessity of tackling climate change looms big. A striking change in the energy landscape has been shown by a new analysis from the Berlin-based Mercator Research Institute on Global Commons and Climate Change (MCC). Solar energy costs have fallen by an astounding 87% over the last ten years, while battery storage costs have fallen by an equally incredible 85%.

  • Several variables are coming together to support this seismic change in the energy industry, portending a better and cleaner future for our world. 
  • The MCC research, which was released in the publication Energy Research & Social Science, highlights the outstanding advancements made in the field of renewable energy. 

While solar energy and battery storage are the main topics of the study, it’s crucial to remember that the costs of wind energy, heat pumps, and other clean technologies are also falling precipitously, paving the way for a more sustainable future.

The quickening pace of technological development is what is causing this paradigm shift. With each passing day, battery storage systems and solar panels get smarter and more effective.

The world’s output of solar cells and batteries is expanding, in large part because of significant financial investments made by both the private sector and governments everywhere. Because of economies of scale brought on by this concentrated effort to mitigate global warming by switching to sustainable energy, costs are plummeting.

  • The noticeable effect this transition has on power pricing is one of its most positive features. 
  • Electricity costs are falling as more people use renewable energy sources like solar energy, making clean energy not only economically viable but also ecologically good. 

In fact, according to calculations, solar energy and other renewables may be able to satisfy all of the world’s energy needs by 2050, according to Felix Creutzig, the primary author of the MCC research. This would be an astounding victory in the battle against climate change.

The study’s startling decrease in battery storage prices is a key finding. Battery storage is currently less expensive per kilowatt hour than was anticipated for 2030 just two years ago, at less than $100. According to the report, by 2030, the price premium for battery storage is predicted to drop from its current 100% to only 28%. 

Battery storage is being positioned as a pillar technology for a sustainable future, making renewable energy sources more widely available.

  • Experts predict that by the year 2050, there will be an astounding 63,000 terawatt hours of solar energy accessible worldwide. To put this in context, it is twice as much clean energy as is now produced by coal. 
  • Furthermore, a startling 80% of private investments in new energy capacity are now focused on fossil-free alternatives, highlighting the rising momentum for sustainable energy solutions.

The cost of solar energy and battery storage has decreased by about 90% over the previous 10 years, according to the MCC research, which concludes with a positive trend in the world of energy. This outstanding accomplishment is made possible by technical advancement, international funding, and growing support for renewable energy. 

These results offer a ray of optimism and a strong argument for accelerating the shift to a sustainable and cheap energy future as we stand at the crossroads of climate change. The transition to a greener world is not only feasible but also more affordable and doable with the help of Solaright.

The price of solar modules has been steadily falling in recent years, which has been a remarkable and ongoing phenomenon in the solar energy sector. This movement has significantly changed how we harness the power of the sun and changed the landscape of renewable energy. 

The following piece from Solaright will examine the causes of the solar module price decline and what it implies for homeowners and companies thinking about switching to solar power.

Technological Progress

The quick development of technology is one of the main factors reducing the cost of solar panels. The development of solar panels has become more efficient and affordable as a result of research and development investments made by solar panel producers.

Economies of scale

Economies of scale are a significant element in the price drop for solar modules. Solar panel producers have been able to create them in higher quantities as a result of rising consumer demand, which has decreased the cost of production. As a result, solar energy firms can give customers more affordable pricing.

Global Rivalry

The global solar panel industry is seeing increased competition. This rivalry has pushed businesses to look for methods to reduce expenses without sacrificing product quality. Customers now have access to a greater selection of reasonably priced solar panel solutions.

Public Incentives

Numerous governments all over the globe have put regulations and incentives in place to encourage the use of solar energy because they realize its advantages for the environment. These incentives, which assist in reducing the overall cost of installing solar panels, can take the form of tax credits, rebates, and subsidies.

Greater Efficiency

Solar panel technological advancements have increased efficiency while simultaneously lowering costs. Modern solar panels are more effective at converting sunlight into power, which increases their appeal and lowers their cost for customers.

Environmental Advantages

The declining cost of solar modules has important environmental benefits in addition to economic ones. Solar energy is clean and renewable, and its broad usage can help fight climate change by lowering greenhouse gas emissions.

Customer Savings

Over time, customers will save a lot of money because of solar panels’ falling prices. Solar panels may produce electricity for up to 25 years, making them a dependable and affordable source of energy. Solar energy is becoming a more alluring choice for households and companies trying to lower their energy costs as power prices continue to increase.

People and organizations must keep up with the most recent advances in the solar energy sector as the cost of solar modules continues to drop. 

Investigating solar energy alternatives, utilizing government benefits, and dealing with respected solar retailers like Solaright may all help to make the switch to solar power sustainable and affordable.

As people throughout Australia take control of their energy destiny, the rooftop solar revolution is continuing to gain speed. The most recent data from the Clean Energy Regulator showed a phenomenal increase in rooftop solar capacity, with a projected three gigawatts added to the grid this year. 

While this accomplishment is commendable, it also highlights the difficulties that the country’s large-scale renewable energy initiatives must overcome. For any kind of information on Solar Panel Installation and Service, Solaright is your best bet.

Rooftop Solar: A Resounding Success

Australians contributed 1.4 gigawatts of solar power to the grid in the first half of 2023, using almost 160,000 rooftop solar systems. This amazing rise shows that customers are aiming to minimize their energy expenditures in addition to reducing their carbon footprint. Australia, which is endowed with some of the most plentiful solar resources in the world, is leading the globe in rooftop solar adoption at an unheard-of rate.

The overall capacity is now almost at the record-breaking 3.2 gigawatts installed in 2021 because of this increase. As a result, more than 36% of the power demand is now met by renewable sources. This percentage is expected to increase to an astonishing 40% by December, demonstrating the country’s commitment to renewable energy sources.

Challenges for Large-Scale Renewable Projects

Large-scale renewable projects confront a different situation than small-scale renewable initiatives, which prosper. As a result of escalating component, engineering, and construction costs, the Clean Energy Regulator has lowered its forecasts. The first half of the year saw significantly low promises to invest in large-scale renewable energy, prompting the regulator to lower its projected investment levels for 2023.

According to professionals, the renewable energy sector is not developing at a fast enough rate to meet the ambitious goal of 82% renewable energy by 2030. In June, the Australian Energy Market Operator issued an urgent need for more financial commitments to wind and solar installations.

Grid connection simplification and the rapid development of new transmission infrastructure have been recognized as essential approaches to address these issues. Because of how complicated these problems are, the sector and the government must work together.

A Long Path Ahead

The director of analysis and advisory at Green Energy Markets, Tristan Edis, recognizes the difficulty of the journey ahead. Beyond just providing money for transmission infrastructure, there will be significant work required to meet the 82% renewable energy objective. Innovative solutions, unshakable dedication, and strategic planning will be required.

The Clean Energy Council recently released its quarterly report, which discussed the challenges encountered by solar and wind farm developers despite strong government support. The rate of final investment approvals slowed down in the first half of 2023 to its lowest level in the previous six years, indicating the necessity for quick action and cooperation.


The rapid increase in rooftop solar installations in Australia is evidence of families’ increased commitment to and understanding of sustainable energy alternatives. To guarantee that the country can reach its renewable energy objectives, large-scale renewable energy projects must overcome several obstacles.

Australia needs to accelerate its transition away from fossil fuels by increasing investments in wind and solar farms and putting more effort into optimizing grid connections. The road ahead may be difficult, but Australia can continue to lead the world in the transition to clean, renewable energy sources with the appropriate strategy and steadfast commitment from professionals like Solaright.

Commercial organizations are increasingly looking for sustainable solutions to satisfy their power demands in today’s quickly changing energy market. The combination of industrial solar panels and solar batteries is one such emerging approach. 

The way businesses in Australia utilize and manage their energy resources is revolutionized by this symbiotic partnership. We’ll shed light on certain aspects of Solar Batteries and their positive impact on Commercial usage. 

Utilizing the Sun’s Power

For good reason, solar panels have come to symbolize sustainable energy solutions. They make it possible for companies to access the plentiful and healthy energy that the sun provides. Given the abundance of sunlight in Australia, it is not surprising that commercial solar consumption is rising. Solar power generates energy from sunshine, decreasing reliance on conventional fossil fuels and carbon footprints.

The Function of Solar Battery

Solar panels provide power effectively throughout the day, but they are fundamentally sporadic and reliant on the weather and the length of sunshine. Businesses that need a consistent supply of electricity around the clock may encounter difficulties as a result of this restriction. Solar batteries can be used in this situation.

Extra power produced during the day is stored in solar batteries for use at night or on overcast days. Even when the sun is not shining, this crucial component guarantees a constant flow of electricity. 

Businesses may maximize their solar investments and lessen their dependency on the grid by storing excess energy, which will lower their energy expenses and carbon emissions even further.

Benefits of Including Solar Batteries

  1. Energy Independence: Businesses may become more self-sufficient in terms of their energy requirements thanks to solar batteries. Peace of mind is offered by this increased independence, particularly during blackouts or grid disturbances.
  1. Cost savings: Companies may considerably lower their electricity expenses by storing extra solar energy. They can maximize cost reductions by utilizing time-of-use tariffs in addition to solar batteries.
  1. Environmental Sustainability: Using solar batteries lessens the need for fossil fuels, which minimizes carbon emissions. This is in line with the worldwide movement toward greener and cleaner energy sources.
  1. Grid Stabilization: Solar battery systems can support grid stability by redistributing extra energy during times of high demand. The community and the company both gain from this.

For enterprises in Australia, the combination of commercial solar panels with solar batteries is revolutionary. It provides a way to reduce carbon emissions significantly, save money significantly, and achieve energy independence. You can begin on a sustainable path with Solaright as your partner that not only improves your bottom line but also helps create a cleaner, greener future for everyone.

Don’t pass up the chance to capture solar energy and reserve it for cloudier days. Consider the first move toward a better and more sustainable future by getting in touch with Solaright right away.