Recently, Trina Solar's Central Research Institute announced that it has successfully manufactured the world's first fully recycled photovoltaic module through recycling the materials recovered from dismantling waste photovoltaic modules. After testing, this piece of golden size TOPCon 210N-66 recycled solar panel has a conversion efficiency of up to 20.7% and a power of more than 645W, marking a breakthrough in the recycling and recycling of waste solar panels. Recently, the National Development and Reform Commission and the General Office of the National Energy Administration jointly issued the "Implementation Plan for Large-scale Equipment Renewal in Key Energy Fields", pointing out that it is necessary to promote the development of photovoltaic module recycling and reuse technology, support the development of low-cost green disassembly of photovoltaic modules based on physical and chemical methods, and high-value component efficient and environmentally friendly separation technology and complete equipment. Gao Jifan, Chairman and CEO of Trina Solar and President of the Central Research Institute, pointed out that the smooth roll-off of the world's first fully recycled solar panel is a vivid practice of Trina Solar's innovation to promote the development of new quality productivity, and it is also Trina Solar's responsibility to promote the circular economy and green development of the photovoltaic industry, and contribute Trina's strength to global energy transformation and green development. Trina Solar dismantles discarded photovoltaic modules and recycles broken silicon wafers. It uses a self-developed cleaning agent to remove bulk/surface impurities, and uses N-type single crystal direct-pull technology combined with a low-temperature impurity gettering process to obtain silicon wafers with performance close to that of the original. By collaborating with upstream and downstream partners, the silver powder recycled from discarded photovoltaic modules is further used to prepare the front fine grid slurry. By integrating high-resistance dense grid technology, the silver paste and silicon wafers exhibit good process characteristics during the printing process. The glass and aluminum frames recycled from discarded photovoltaic modules are formed through secondary melting, realizing the preparation of the first fully recycled photovoltaic module. Trina Solar has attached great importance to the treatment and recycling of waste photovoltaic modules more than ten years ago. In 2012, the European Union promulgated the Waste Electrical and Electronic Equipment Directive (WEEE), requiring that 85% of waste modules must be collected in a centralized manner, and 80% of the materials must be recycled. Trina Solar, with the direction of green environmental protection, low cost and high yield, combined with the existing advantages and conditions in the photovoltaic industry chain, carried out research on the disassembly and recycling of waste photovoltai...

According to energy think tank Ember, Central European countries have the potential to deploy up to 180GW of agri-solar projects. In a study of four Central European countries (Czech Republic, Hungary, Poland and Slovakia), Ember estimated that up to 39GW of agri-solar PV could be deployed above agricultural products that shade crops, such as berries, and an additional 141GW of PV could be deployed by placing vertical panels between the grains. Between the four countries, deploying 180GW of agri-solar projects could almost triple the region's annual renewable electricity production, from 73TWh to 191TWh. Combining solar PV with agricultural land for food production could also bring benefits to crops, increasing fruit and berry yields by up to 16%. Less shade-tolerant crops, such as wheat, could still achieve more than 80% of their usual yields. Although there would be some food losses, farmers would still be able to offset some of their income by selling electricity, given that the four Central European countries account for 20% of EU wheat production. Food production in these countries, including wheat production, is at risk due to the deteriorating financial situation of farmers, the impact of climate change and volatile fertilizer prices. The benefits contrast with recent bans by the Italian and Ontario governments on ground-mounted solar PV projects on agricultural land. In Italy, the ban is intended to protect Italy’s productive agricultural land, a move that could cost the country up to €60 billion ($66.5 billion) in lost private investment and tax revenue.   Legislation is key to agri-solar deployment Legislation is a key factor in realizing the potential and benefits of agri-solar projects in Europe, but due to the lack of a unified definition of agri-solar projects, legislation is needed to address this issue. The Ember report said that legislation on agri-solar needs to ensure that agricultural land can maintain its original characteristics after the installation of any agri-solar project, so that it continues to qualify for agricultural subsidies under the Common Agricultural Policy. Facilitating the deployment of agri-solar requires efficient spatial planning and simplified permitting and grid connection procedures. The report argues that agri-solar legislation should prioritize and encourage continued food production, allowing farmers to benefit from agri-solar, both for food and to improve their financial situation. Dr. Paweł Czyżak, Ember’s Regional Director for Central and Eastern Europe, said: “Instead of reducing food production, agri-solar can actually increase the yield of certain crops. Agri-solar combines the advantages of electricity production and food production, protecting valuable agricultural land while promoting energy transition and benefiting society and the economy. Governments such as the Czech Republic, Hungary, Poland and Slovakia can seize the opportunities of agri-solar to simultane...

SUNROVER, a leading innovator in the field of renewable energy storage solutions, has announced the successful completion of factory inspection for its flagship 51.2V200AH rack-mounted low-voltage lithium battery. This milestone marks the readiness of the advanced energy storage system to be packaged and shipped to Ukrainian customers, where the demand for reliable and efficient energy storage solutions is rapidly growing. The SUNROVER 51.2V200AH battery, renowned for its high energy density, modular design, and exceptional durability, represents a significant step forward in addressing the unique challenges faced by the Ukrainian energy sector. With its rack-mounted configuration, the battery offers unparalleled flexibility and scalability, enabling easy integration into existing and new energy systems, including those powered by renewable sources such as solar and wind.   Advantages of SUNROVER's Rack-Mounted Lithium Battery: High Energy Density: The 51.2V200AH battery boasts an impressive energy capacity, allowing for longer runtime and reduced space requirements compared to traditional battery systems. Rapid Deployment: Its modular and rack-mounted design simplifies installation and maintenance, enabling quick deployment in diverse applications, from commercial buildings to remote off-grid locations. Enhanced Safety: SUNROVER's batteries incorporate advanced safety features, including thermal management systems and intelligent battery management systems (BMS), ensuring safe and reliable operation under various conditions. Compatibility with Deye Inverters: This particular battery model is specifically designed to seamlessly integrate with Deye inverters, providing a comprehensive and efficient energy storage solution that maximizes energy utilization and minimizes downtime.   Addressing Ukraine's Energy Storage Needs: As Ukraine continues to modernize its energy infrastructure and diversify its energy mix, the demand for reliable energy storage solutions has surged. The integration of renewable energy sources, while essential for sustainability, introduces intermittency challenges that require efficient storage mechanisms to ensure a stable and continuous power supply. SUNROVER's 51.2V200AH rack-mounted lithium battery, when paired with Deye inverters, offers an ideal solution for addressing these challenges. The combination provides a robust and flexible energy storage system that can help Ukrainian businesses and communities reduce their reliance on traditional energy sources, enhance grid resilience, and support the growth of renewable energy projects.   Forward-Looking Outlook: The shipment of these advanced lithium batteries to Ukraine underscores SUNROVER's commitment to supporting global efforts towards a greener and more sustainable energy future. The company remains dedicated to developing innovative energy storage solutions that meet the evolving needs of its customers worldwide, while contributing to the global trans...

Hefei, China — August 23, 2024 — In a significant milestone for international renewable energy cooperation, Mr. Malik and his esteemed colleagues from Pakistan arrived at SUNROVER's headquarters in Hefei, China on August 22, 2024, to embark on a productive and insightful dialogue centered around the procurement of advanced photovoltaic (PV) products and the exploration of strategic partnership opportunities. The visit marked a new chapter in the two nations' shared commitment to promoting sustainable energy solutions.   During the visit, Mr. Malik, a prominent figure in the Pakistani renewable energy sector, expressed his profound admiration and unwavering confidence in SUNROVER's cutting-edge PV products. He commended the company's dedication to innovation, quality assurance, and environmental stewardship, stating, "SUNROVER's photovoltaic offerings are not just products; they are testaments to the future of clean energy. Their efficiency, durability, and commitment to sustainability align perfectly with our nation's aspirations for a greener, more resilient energy mix."   The delegation engaged in intensive discussions with SUNROVER's management team, exploring various aspects of product specifications, supply chain logistics, and potential collaboration models that could facilitate seamless integration of SUNROVER's PV solutions into Pakistan's growing renewable energy landscape. Both sides expressed a strong desire to deepen their relationship, fostering a long-term strategic partnership that would not only benefit the Pakistani market but also contribute to global efforts towards decarbonization.   "We are thrilled to have Mr. Malik and his team visit us," said the Sales Director Cherry of SUNROVER. "Their affirmation of our products is a testament to the hard work and dedication of our entire team. This partnership represents a significant step forward in our global expansion strategy, and we are eager to leverage our expertise and resources to support Pakistan's ambitious renewable energy goals."   Looking ahead, SUNROVER and the Pakistani delegation have agreed to expedite the negotiation process for a comprehensive procurement agreement, while simultaneously exploring avenues for joint research and development, technology transfer, and capacity building initiatives. The collaboration is expected to significantly boost the availability and affordability of high-performance PV systems in Pakistan, accelerating the country's transition towards a more sustainable energy future.   As the world continues to grapple with the challenges of climate change, the partnership between SUNROVER and the Pakistani delegation serves as a beacon of hope, demonstrating the power of international cooperation in driving forward the global energy transition. With shared visions and complementary strengths, both parties are poised to make meaningful contributions to a greener, more prosperous planet.

Malaysian energy company Cypark Resources Berhad has commissioned a 100MW hybrid project in its home state, which includes 35MW of floating solar capacity. The project, built in Merchang, a coastal town in the north-eastern state of Terengganu, comprises solar facilities built on land and water. Both facilities use leading Chinese manufacturer Trinasolar’s 210 Vertex 590-595W bifacial solar panels, which have a power conversion efficiency of 21.4%, and which the company notes are particularly resilient in high-humidity environments, such as Malaysia. “This is Malaysia’s largest hybrid solar power plant and consists of 35MW floating solar panels on the water surface and 65MW solar panels installed on land,” said Cypark executive chair Dato’ Ami Moris. “This project demonstrates Cypark’s ability to integrate solar power plant development with the natural environment of Terengganu, which is susceptible to flooding.” The project builds on a memorandum of understanding signed by Cypark and Trinasolar last year, in which the companies agreed to collaborate on the expansion of renewable power in Malaysia, and the potential for exporting electricity to Singapore. “We foresee significant opportunities in Southeast Asia for large-scale hybrid solar projects, integrating both floating and ground-mounted installations,” said Elva Wang, head of Southeast Asia at Trinasolar. “This project is a clear demonstration of the potential for hybrid solar projects in the region. We look forward to driving more such initiatives and contributing to Southeast Asia’s renewable energy ambitions.” Malaysia’s energy mix remains heavily reliant on fossil fuels, with just 1.93GW of solar capacity in operation in 2023, compared to 17.7GW of gas and 13.3GW of coal, and Cypark estimates that, if the country is to achieve its target of meeting 70% of its electricity demand with renewable power by 2050, around US$143.1 billion (MYR637 billion) will need to be invested in the next two decades. As a result, the commissioning of the project is a positive development for the Malaysian renewable power sector in particular, and the Asian floating solar sector in general. Earlier this year, research firm Rystad Energy noted that it expects Southeast Asia to add around 300MW of new floating solar capacity, and this report was quickly followed by the construction of the first floating solar project in Japan by SolarDuck and Tokyu Land.

In a testament to its unwavering commitment to quality and customer satisfaction, SUNROVER Power today announced the successful completion of factory inspection for its flagship 440W solar panels. These high-performance panels, renowned for their superior efficiency and durability, have now been carefully packed and shipped to Ukraine, where they will contribute to the country's renewable energy landscape.   Each SUNROVER 440W solar panel underwent a stringent quality control process, ensuring that they meet the highest standards of engineering and reliability. From material sourcing to final assembly, every step of the manufacturing process was monitored and verified to guarantee that only the best products leave the factory.   "At SUNROVER Solar, we understand that quality is not just a buzzword – it's the cornerstone of our business," said Dept Diector Aimee Ding, "Our 440W panels represent the pinnacle of our engineering prowess and are designed to deliver maximum energy output with minimal maintenance requirements. We're proud to have these panels on their way to Ukraine, where they will help power homes and businesses with clean, renewable energy."   In addition to the panels' impressive quality, SUNROVER Solar is also known for its professional and responsive service. From initial consultation to installation and ongoing maintenance, the company's team of experts provides personalized support to ensure a seamless and hassle-free experience for its customers.   "We're excited to bring our 440W solar panels to Ukraine and to work closely with our partners there to facilitate the transition to renewable energy," added Dept Diector Aimee Ding. "Our team is dedicated to providing exceptional service throughout the entire process, from the moment our customers first express interest in our products to long after they're installed and generating power."   With the shipment of these 440W solar panels, SUNROVER Solar continues to solidify its position as a leading provider of high-quality, reliable solar energy solutions. As the world moves towards a more sustainable future, the company remains committed to driving innovation and excellence in the renewable energy sector.

The SUNROVER 30kw/80kwh energy storage system has successfully arrived in Estonia and has been successfully installed and connected to the grid. The energy storage system uses 80pcs SUNROVER 440W all-black N-type solar panels and 2 sets of 40kwh high-voltage stacked lithium batteries. SUNROVER has always adhered to the principles of high quality and high service to serve every customer. If you need to understand or order, please contact SUNROVER. E-mail: info@sunroverpv.com Web: www.sunroverpv.com Whatsapp: +86 18326173291  

Recently, LevelTen Energy released its latest renewable energy power purchase agreement price report, pointing out that while the average power purchase agreement price in the United States has been steadily rising, the power purchase agreement price in Europe has fallen sharply. The report shows that the average price of solar power purchase agreements signed in the second quarter of 2024 fell 27% from the previous quarter to an average price of 62.83 euros/MWh (68.35 US dollars/MWh). The average level of European solar power purchase agreement prices has fallen below 70 euros per MWh (76.15 US dollars) for the first time since the second quarter of 2022, which is the second consecutive quarter that this has happened. The European wind power industry has also experienced what LevelTen analysts call "a difficult few years", with the average price of wind power purchase agreements signed in Europe falling 29% month-on-month. The company pointed out that these price declines are largely due to broader political uncertainty in Europe, and a series of elections held on the continent have disrupted many markets and brought uncertainty to many markets. “The EU parliamentary elections in June tilted the legislature to the right,” the firm wrote in its latest report. “This change, and the new coalitions that could be formed as a result, could hamper the passage of new EU climate proposals in the coming years. However, important initiatives like the Green Deal are unlikely to be targeted.” This shift in political power to the right is also reflected in Europe’s national political arena, with the rise of right-wing politics threatening renewable energy policies in countries such as France. Last week, France awarded just 180MW of new rooftop solar system capacity in its latest tender, half the amount awarded in the previous tender and raising questions about the country’s solar future.