Sinn Power is offering new tiltable solar panels for vertical PV systems in nature reserves and water-protection areas. They are not anchored to the ground and use a pendulum weight to return to their proper positions when hit by strong winds. Sinn Power, a German startup specializing in floating PV, has presented its new SKipp mobile, tiltable photovoltaic solution. The new product does not have to be anchored in the ground and is therefore particularly suitable for deployment in nature reserves and water-protection areas, where no ground anchoring or piling is permitted. According to Sinn Power, its solar modules remain upright even in strong winds. The modules can be tilted and feature a pendulum weight to ensure they return to their vertical position, even in windy conditions. “Tipping over can be ruled out, even without anchoring the modules to the ground,” the manufacturer stated. Sinn Power is leading the way in innovative solar panel mounting system technology. From pv magazine Germany

Islamabad, Pakistan - Pakistan's solar industry is experiencing significant growth with increasing installation of photovoltaic (PV) systems across the country. The growth has been accelerated by the use of superior quality solar panels and solar mounting systems that provide structural support for the installed solar panels. According to a recent report, Pakistan has an estimated solar power potential of more than 2.9 million MW. With only 0.5% of the total solar potential utilized so far, the country has a long way to go in terms of tapping into its solar resources. However, the potential remains high with strong government support and a notable decline in the cost of solar power in the country. To make the most of the government’s initiative to increase the renewable energy targets, many solar panel and mounting system manufacturers are looking to tap into the growing demand in the solar sector. The support structures provide a robust design and ensure the maximum output from the installed solar panels, ultimately helping in reducing the nation's carbon footprint and power shortages. The solar industry's green initiatives have been supported by government policies, which include financing schemes and net metering programs, providing an attractive return on investment (ROI) for customers. These initiatives are playing a key role in commercializing renewable energy systems and contributing to Pakistan's overall economic growth. The Pakistan Solar Panel and Mounting Systems industry is fast scaling to meet the country's growing demand with quality, durability, and affordability. The increasing number of solar panel and mounting system providers operating in Pakistan is a testament to the growing potential of the industry. Pakistan's solar sector, supported by superior quality solar panels and mounting systems, will play a significant role in providing reliable and sustainable power to the country's energy mix. The positive strides in the solar industry are showing that Pakistan is on track to achieve its goals of reducing carbon emissions and increasing reliance on renewable energy.

Cornell University researchers have discovered that soybeans planted beneath 3.9-meter-high solar modules can positively affect panel temperatures and the micro-climates of farms. From pv magazine USA dated MARCH 6, 2023 Agrivoltaics solve at least two critical needs. Solar provides the renewable energy needed to mitigate climate change impacts while meeting global energy demand. And crops grown alongside solar help to feed the burgeoning global population, which is anticipated to grow to nearly 10 billion people by 2050, according to the United Nations. Cornell University researchers have examined agrivoltaics to find out if there is merit to the perception that co-located sites will see major trade-offs between food and energy production. Their study has shown how solar and crop production cannot only exist side by side, but how co-location improves the micro-climates of farms and the surface temperature of solar modules. The researchers have developed a computational fluid dynamics (CFD) micro-climate model, which they evaluated against experimental data to investigate the effects of panel height, light reflection (albedo), and how much water is evaporated (evapotranspiration) in a PV site. They published their results in Applied Energy. “We now have, for the first time, a physics-based tool to estimate the costs and benefits of co-locating solar panels and commercial agriculture from the perspective of increased power conversion efficiency and solar-panel longevity,” said lead author Henry Williams, a doctoral student in Cornell University's engineering department. The team demonstrated an agricultural solar mounting facility with soybeans growing under solar modules mounted about 13 feet (3.9 meters) above the ground. The project resulted in solar module temperature reductions of up to 50 F (10 C), compared to solar farms mounted just 1.6 feet over bare soil.

A solar panel mount (or solar racking system) is the foundation that holds your solar array in place. Mounts are used to attach solar panels to the roof, ground, or another surface on your property. With proper installation, a sturdy mount secures your panels in harsh weather and protects your investment. Before choosing your mounting products, determine whether you’re doing ground mount or roof mount solar racking. What’s the Best Solar Panel Mount For Project? Most Cost-Effective Solar Racking Solution: Fixed Roof Mounts Roof mounts tend to be the least expensive way to mount your solar system because they take advantage of your existing roof structure to provide a foundation for your panels. This saves money in racking material and labor costs to complete the installation. You also get the added benefit of building your system in otherwise unused space. If you’re on a small property with limited space, a roof mount might be your only option. Solar panels should be tilted toward the sun to maximize their production. Most residential rooftops tend to be sloped close enough to this optimal mounting angle that they don’t need any additional tilt adjustments. In this case, a fixed roof mount is the easiest and most cost-effective option. Tilt Legs If your rooftop is flat, you can use tilt legs to face panels so that they are more perpendicular to the sun. Tilt legs simply lift the panels up to a fixed angle, so that they face directly into the sunlight. Whereas most residential rooftops are sloped, flat roofs (or low slope roofs) are more common in a commercial setting. In these cases, tilt legs can be used to adjust the panels to the proper angle. Ballasted (Zero Penetration) Roof Mounts Most roof-mounted racking techniques require you make penetrations in your roof to clamp the mount in place. If you don’t feel comfortable drilling holes into your roof, or your lease agreement does not permit roof penetrations ,you can go with a ballasted roof mount. Ballasted mounts rest on a free-standing base that isn’t drilled into your roof. This mount relies on the weight of the PV array, as well as concrete blocks, to hold the system in place. Ballasted mounts only work on flat or low-slope roofs, and they must be well-engineered to handle the significant amount of extra weight added by the concrete blocks holding the system in place. Choose Ground Mounts For Ease of Maintenance Fixed Ground Mounts A standard ground mount uses a simple metal frame to support the weight of the rest of the system. The best way to secure a ground mount in place is to set the structure in a cement slab. If you choose to perform a DIY installation, you’ll likely need to rent equipment to dig footings and pour cement. Standard ground mounts are normally installed at a fixed angle and position, though there are adjustable options for certain applications. Pole Mounts To lift your array off the ground, you can also mount your panels on the top of a sturdy pole. This provides more ...

According to pv Magazine - FEBRUARY 20, 2023 BEATRIZ SANTOS US researchers are studying how agrivoltaic systems mounted on Single Pole Ground Mounting trackers affect rainfall and light redistribution at a 1.2 MW installation on grassland in Boulder, Colorado. Scientists at Colorado State University are investigating how the redistribution of rainfall and light caused by agrivoltaic systems mounted on single-axis trackers can affect the growth of non-irrigated grassland. The study is part of the Sustainably Colocating Agricultural and Photovoltaic Electricity System (SCAPES) project, funded by the US Department of Agriculture. “What we found is that on the drip edges of modules, depending on whether you’re tilting to the east or the west when there is a rainfall, you can get somewhere between two to five times the amount of precipitation dumped in one spot,” PhD student Matthew Sturchio told pv magazine. “If you want to quantify that for Colorado, it’s about changing the annual precipitation from 350 mm to 1,200 mm of rain. When you do that, you can really improve the amount of soil moisture that stays throughout the season, instead of letting it evaporate.” Sturchio and his team are conducting research on Jack’s Solar Garden, a 1.2 MW community solar garden in Boulder, Colorado. The project was installed in 2020 and features more than 3,200 380 W monocrystalline PV modules from Vietnam-based solar manufacturer Boviet Solar. The panels are mounted on single-axis trackers, one-third of them at 2.4 meters height, and the other two-thirds at 1.8 meters. Colorado has a semi-arid climate, with stronger rainfalls and temperatures around 35 C in the afternoons. Temperatures in the morning are around 22 C. The trackers tilt to the east in the morning, and to the west in the afternoon, following the sun. When it rains, this movement simulates the conditions of large rainfalls on either edge, with more water falling on the west edge due to the higher rainfall volumes in the afternoon. Consequently, the research team originally expected the west drip edge to show increased grassland productivity. Instead, they found that the east edge, with lower soil moisture, has higher grassland growth. They placed moisture sensors on the land and found that there is a 40 cm to 60 cm wide strip that benefits from the increased soil moisture from the drip edges. Experiments showed that air temperature and dryness also impact grassland productivity within and outside that strip. The temperature optimum for the grassland growing at Jack’s Solar Garden is a lot closer to 30 C than it is to the 35 C registered in the afternoons, according to Sturchio. “If you exceed 30 degrees, you are reducing the amount of photosynthesis that can happen for that plant,” he said. The team found that the lower air temperatures and reduced air dryness in the morning compensate for lower soil moisture, leading to increased productivity in the east edge. The shading provided ...

PHOENIX, Jan. 10, 2023 /PRNewswire/ SinglePoint is proud to announce that its subsidiary, Boston Solar, is near completion of the commercial rooftop solar installation of the MGM Music Hall at Fenway. New Solar Power System is Expected to Produce 158,766 kWh of Renewable Energy in the First Year of Operation. Using photovoltaic (PV) power generation, a proven renewable energy source, the installation will benefit from location-based advantages as PV produces power where needed without additional energy transmission costs. Putting solar panels on a commercial rooftop at the MGM Music Hall at Fenway and other urban and suburban areas can help support local resilience and energy independence. One of the key benefits of solar power for commercial buildings is its cost-effectiveness. With retail electricity rates at record levels, it is now more attractive than ever for businesses to switch to solar power. In addition, federal and local governments offer financial incentives and tax breaks to businesses and nonprofits that use solar energy, promoting it as an attractive energy option. Solar power is a reliable source of energy for commercial buildings. Unlike traditional energy sources such as coal and natural gas, solar power is not subject to price fluctuations or shortages. Businesses can rely on solar power to provide a consistent and stable energy source. Additionally, using solar power can help commercial buildings reduce their carbon footprint and contribute to the fight against climate change. By using solar power, businesses and nonprofits can reduce their environmental impact and play a role in protecting the planet. As the use of solar power continues to grow, businesses and nonprofits are increasingly turning to this clean and renewable energy source to meet their needs while saving money. Xiamen Xhfsolar is a professional manufacturer of solar mounting systems in China.  With more than 10 years of experience in this industry, our product range covers from rooftop mounting, ground mounting, agricultural PV mounting, floating PV mounting to solar carports etc., which can meet various application from home to business. Since its founding in 2011, Boston Solar has installed more than 5,000 residential and commercial solar arrays, powering thousands of homes and businesses in New England, primarily in Massachusetts. Boston Solar's mission is to provide superior clean energy products, exceptional customer service, and the highest-quality artistry in residential and commercial installations.

According to pv magazine France, the French authorities selected 66 projects in a recent tender for “innovative” PV technologies. The final average price was significantly lower than the ceiling price. The French Ministry of the Ecological Transition has published the results of a tender for innovative PV technologies under the nation's new PPE2 tendering mechanism, which was launched in late 2021. The authorities allocated 172.9 MW of solar power in the procurement exercise. They originally planned to assign just 140 MW, including 60 MW of ground-mounted installations ranging in size from 500 kW to 3 MW, and 80 MW of rooftop projects with capacities ranging from 100 kW to 3 MW. The second category includes agrivoltaics, solar carport systems, and other innovative rooftop solar mounting systems. Overall, the ministry selected 66 projects, including 30 for the first category (around 80 MW) and 36 for the second (around 92 MW). French consultancy Finergreen notes that Urbasolar led in the total number of projects, with 14 innovative PV plants on the ground, or 40.1 MW of capacity. With 12 projects in the 2nd category, for 32.9 MW, Sun’R / Rgreen came in second place. TotalEnergies Renouvelables had 6 MW, followed by Corsica Sole with 15 MW, Iberdrola with 12 MW, Générale du Solaire with 11 MW, and Technique Solaire with 7.4 MW. Eleven other developers also obtained approximately 6 MW of projects. The list includes a very large number of 3 MW projects. Finergreen said “the average size of projects is 2.6 MW and that, surprisingly, it is similar in the two eligible categories.” It also noted that the average allocated tariff of €0.08446 ($0.090)/kWh was much lower than the maximum tariffs set by French regulator of €0.120/kWh and €0.15/kWh.

2022 was a great year for Xiamen Xhfsolar.  Looking back over the year, we have so many projects to celebrate.  We would like to say THANK YOU to each of our honored customer.  We look forward to more in 2023! After a year of busy working, our company went out for a team building activity.  All of us can play some fun and we celebrate together for the coming new year. Enjoy our food!!

Image: Bluefield The UK income fund, Bluefield Solar, has acquired a 46.4MWp solar portfolio from the North American firm specialising in real assets, Fengate Asset Management, increasing its portfolio to 813MWp. The solar portfolio consists of the 3.9MWp Raventhorpe plant in Scunthorpe, a 7.1MWp facility called Roanhead located in Barrow-in-Furness, Cumbria and two ground mounted solar photovoltaic plants. Xiamen Xhfsolar offers various kind of solar mounting systems for both residential and commercial. Both Raventhorpe and Roanhead are accredited under the Renewable Obligation Certificate (ROC) regime with a tariff of 1.4 ROCs. The proportion of contracted and regulated revenues from the solar portfolio is predicted at approximately 60% between 2022 and 2035. The portfolio has an enterprise value of £56 million, which includes all cashflows from May this year. Also included in the portfolio is a £27.3 million of long-term amortising debt provided by the financial services group, Macquarie. "We are delighted to have acquired this high-quality portfolio of operating assets from Fengate Asset Management. The portfolio includes a high proportion of contracted and regulated revenues, and so represents a natural complement to the Company's significant development pipeline of new build solar and storage projects. Furthermore, the acquisition underpins the Board's confidence in delivering our FY 2022/23 target dividend of not less than 8.40pps (FY 2021/22: 8.12pps)," commented chairman of Bluefield Solar, John Scott. Following the acquisition the company’s total outstanding debt has increased to £537 million, which includes the Revolving Credit and Accordion Facility drawings pf £120 million. Similarly, Bluefield’s gross asset value has now increased from 37% to roughly 40%. The announcement follows Bluefield gaining planning consent for four projects with a capacity of nearly 200MW in Northumberland and Oxfordshire earlier in December.