In a significant leap forward for energy storage solutions, SUNROVER has announced that its impressive fleet of 1,200 3V200AH lead-acid batteries is currently in full production. Demonstrating its robust manufacturing prowess, SUNROVER is churning out these high-capacity batteries to meet the growing demand for reliable and durable energy solutions.   Some batches have already completed rigorous testing phases, showcasing their superior quality and performance. These lead-acid batteries are designed to deliver consistent power output and long service life, making them ideal for a wide range of applications.   Upon completion of production, the batteries will be swiftly packed and shipped to Guinea, where they are expected to make a significant impact on the local energy landscape. SUNROVER's commitment to quality and its ability to scale up production efficiently underscore its position as a leading provider of energy storage solutions.

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Uzbekistan has successfully integrated a 50kW on grid system into its national power grid, marking a significant milestone in the country's renewable energy journey. This impressive project utilized 86 pieces of SUNROVER's high-performance 580W solar panels along with a 50KW Growatt on-grid inverter, demonstrating the synergy between cutting-edge technology and sustainable energy goals.   The SUNROVER 580W solar panels, known for their superior quality and exceptional efficiency, played a pivotal role in the success of this project. Each panel is engineered to maximize energy output, ensuring that the system operates at optimal levels throughout the day. This not only boosts the overall power generation capacity but also enhances the reliability and stability of the on grid system.   Customers in Uzbekistan have expressed their utmost satisfaction with the SUNROVER solar panels. They have praised the panels' ability to generate a substantial amount of electricity, even under varying weather conditions. This testament to SUNROVER's commitment to delivering top-notch products that meet and exceed customer expectations.   "We are thrilled to see our SUNROVER solar panels contributing to Uzbekistan's renewable energy landscape," said Aimee from SUNROVER. "The success of this project is a direct reflection of our dedication to innovation and quality, and we are grateful for the trust and confidence our customers have placed in us."   The 50kW grid-connected system is expected to play a crucial role in Uzbekistan's efforts to reduce its carbon footprint and transition to a cleaner, greener energy future. With SUNROVER solar panels leading the charge, the country is well on its way to achieving its renewable energy targets and contributing to global sustainability efforts.   Let's congratulate our valued customers in Uzbekistan on this remarkable achievement and look forward to more successful collaborations in the future. SUNROVER remains committed to providing high-quality solar panels and innovative solutions that power a sustainable tomorrow.

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Recently, SUNROVER welcomed a delegation of Dutch customers to its factory in China, marking a significant milestone in strengthening bilateral business ties. Over the course of three days, the visitors had in-depth discussions with SUNROVER representatives on future cooperation and potential orders, fostering a deeper understanding and appreciation of SUNROVER's capabilities.   On the second and third days of their visit, the Dutch delegation was taken on a comprehensive tour of SUNROVER's photovoltaic bracket factory and inverter factory. This firsthand experience allowed them to witness the meticulous production process, from raw material handling to finished product inspection. By observing the manufacturing line up close, the customers were able to intuitively feel the exceptional quality of SUNROVER's products.   Throughout the visit, SUNROVER emphasized its commitment to providing customized solar energy system configurations tailored to meet the specific needs of its clients. This approach resonated deeply with the Dutch delegation, who appreciated the company's dedication to delivering bespoke solutions that maximize efficiency and reliability.   "We were incredibly impressed by SUNROVER's level of professionalism and dedication to quality," said a representative from the Dutch delegation. "The factory tours were incredibly insightful, and we were able to see firsthand the care and precision that goes into every product. SUNROVER's commitment to customized solutions also sets it apart from other suppliers in the market."   SUNROVER's ability to listen to its clients and tailor its offerings accordingly has been a hallmark of its success. The company's focus on innovation and customer satisfaction has not only won it praise from clients but has also positioned it as a leading player in the global PV industry.   As the visit drew to a close, SUNROVER's management extended a warm welcome to clients from all over the world to come to China and experience the company's operations and manufacturing prowess in person. "We are always delighted to welcome visitors from across the globe," said a SUNROVER Dept Director Aimee. "It's an opportunity for us to showcase our capabilities and strengthen our relationships with our valued clients."   With this visit, SUNROVER has once again demonstrated its commitment to excellence and customer-centric approach. As it continues to expand its global footprint, the company remains focused on delivering high-quality PV solutions that meet the diverse needs of its clients.   SUNROVER invites all interested parties to explore its operations and experience the quality and dedication that have made it a trusted name in the PV industry. For more information, please visit SUNROVER's official website or contact the company directly.

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SUNROVER, a leading provider of renewable energy solutions, has announced the successful completion of testing on its latest collaboration with Deye—the Deye hybrid inverter. This milestone not only underscores the robust partnership between SUNROVER and Deye but also showcases SUNROVER's exceptional inventory management and quick response to market demands.   The SUNROVER Deye inverter has undergone extensive factory testing to ensure it meets the highest standards of performance, reliability, and safety. The rigorous testing process involved simulating various operational conditions to verify the inverter's ability to handle diverse loads and maintain consistent power output. The results have been outstanding, demonstrating the advanced engineering and design incorporated into the product.   Following the successful completion of testing, SUNROVER's efficient logistics team swiftly packaged and shipped the inverters to customers. This quick turnaround is a testament to SUNROVER's strong inventory management capabilities, which enable the company to maintain strategic stock levels and respond swiftly to market demands.   The collaboration between SUNROVER and Deye represents a synergy of expertise, combining SUNROVER's deep experience in the renewable energy sector with Deye's innovative inverter technology. This partnership underscores SUNROVER's commitment to delivering cutting-edge solutions that meet the evolving needs of its customers.   SUNROVER's impressive inventory management system ensures that the company is always prepared to meet customer needs, even during periods of high demand. This strategic approach allows SUNROVER to maintain a steady supply of products, reducing lead times and enhancing customer satisfaction.   Customers can expect to receive their SUNROVER Deye inverters shortly, ready to be integrated into their renewable energy systems. SUNROVER remains dedicated to providing ongoing support and service, ensuring that its products continue to deliver optimal performance over their lifetime.   In summary, the successful completion of testing and shipment of the SUNROVER Deye inverter marks a significant achievement for both companies. This milestone underscores SUNROVER's commitment to quality, innovation, and exceptional service, while highlighting its strong collaboration with Deye and impressive inventory management capabilities. As the world increasingly turns to renewable energy solutions, SUNROVER remains at the forefront, delivering reliable and efficient products that drive sustainability and progress.

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A delegation of Belgian customers recently arrived in China to visit SUNROVER, a leading manufacturer of innovative energy storage systems. During their visit, the delegation had the opportunity to inspect SUNROVER's 1.2MWh energy storage system, which showcased the company's advanced technology and manufacturing prowess.   The Belgian customers were impressed by SUNROVER's commitment to excellence, evident in every aspect of their operations. From the meticulous attention to detail in production to the seamless customer service experience, SUNROVER exceeded their expectations. The delegation commended SUNROVER's professional capabilities, highlighting the company's ability to deliver high-quality products tailored to specific customer needs.   One of the key highlights of the visit was the in-depth discussion on potential collaboration between SUNROVER and the Belgian delegation. The customers expressed a keen interest in SUNROVER's customizable solar energy storage solutions, which offer unparalleled flexibility and scalability. SUNROVER's ability to design and manufacture energy storage systems that precisely meet customer requirements was a significant draw for the delegation.   "We were extremely impressed by SUNROVER's dedication to customer satisfaction and their innovative approach to energy storage solutions," said a representative from the Belgian delegation. "The customizable aspect of their systems is a game-changer, as it allows us to tailor our energy needs to our specific operations. We look forward to exploring deeper cooperation with SUNROVER in the future."   SUNROVER's customizable solar energy storage systems are designed to maximize energy efficiency and reduce operational costs. By offering tailored solutions, the company ensures that its customers can optimize their energy usage, leading to significant environmental and financial benefits.   As the delegation wrapped up their visit, they left with a sense of optimism and excitement about the potential for future collaboration with SUNROVER. The visit not only solidified SUNROVER's position as a leading provider of energy storage solutions but also opened up new opportunities for the company to expand its global footprint.   "We are thrilled to have had the opportunity to host the Belgian delegation and showcase our capabilities," said a SUNROVER Dept director Aimee. "Their interest in our customizable solutions underscores the growing demand for flexible and efficient energy storage options. We look forward to continuing our discussions with them and exploring new ways to collaborate in the future."   With its focus on innovation, customer satisfaction, and sustainable energy solutions, SUNROVER is poised to make a significant impact on the global energy landscape. The visit from the Belgian delegation is just the beginning of what promises to be a fruitful partnership, driving forward the adoption of clean, renewable energy solutions worl...

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Today (13 September), the Australian government released an updated 2024 version of its National Hydrogen Strategy, focusing on accelerating clean hydrogen industry growth, with solar PV and wind generation set to provide the foundation for a booming industry. Australia’s new strategy aims to position the country as a global hydrogen leader. It will harness Australia’s abundance in renewable energy generation to capitalise on a growing and potentially lucrative export market for the clean energy carrier. Indeed, the strategy states that the global hydrogen market is forecast to reach US$1.4 trillion in 2050 and that Australia is well-placed for export and manufacturing opportunities. Solar PV and wind generation will be at the heart of Australia’s green hydrogen production goals, with these two technologies being the cheapest forms of renewable energy generation. Although Australia’s wind sector has started to pick up pace, solar PV continues to be the dominant clean energy technology, with it being added at an increasingly rapid pace. Indeed, 1.2GW of large-scale solar PV was added to the National Electricity Market (NEM) in the past 12 months, compared to wind’s 0.2GW. As seen in the image above, Australia has ample regions to develop green hydrogen projects via hybrid solar PV and wind projects. The majority are centred around the coastal regions of Western Australia, South Australia, New South Wales, Victoria, and Queensland, which grant acres of land to create large-scale projects. It should also be noted that there are various opportunities to create underground salt cavern storage projects, primarily in the Mallowa Salt and the Chandler Formation. This is one of the cheapest and safest ways to store hydrogen, with the gas needing to be purified and compressed before it can be injected into the cavern. At this current stage, the cost of renewable hydrogen production is high. The strategy details that the industry is nascent, and public investment in early movers will generate lessons that will reduce production costs over time. It should also be noted that creating ultra-low-cost solar could grant opportunities in this field. Readers of PV Tech will be aware that the Australian Renewable Energy Agency (ARENA) is working towards its vision for ultra-low-cost solar, arguing that a ‘30-30-30’ approach to solar—representing 30% solar module efficiency and an installed cost of 30 cents per watt by 2030—could help Australia become a renewable energy superpower. This would mean achieving a levelised cost of electricity below A$20 per megawatt hour by 2030 and could aid cost-competitive green hydrogen production. With the rapid rollout of solar PV, the price of the electricity generated will ultimately come down, allowing green hydrogen to be produced at lower rates, something that has plagued the industry in recent years.

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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...

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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...

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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.

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first! The spacecraft uses lithium batteries! The power subsystem is one of the most critical systems among the 14 subsystems of the spacecraft. It can be said to be the "heart" of the spacecraft. This time, the power supply of the Shenzhou 18 manned spacecraft has been completely upgraded. It is understood that the development team replaced the main power storage battery of the spacecraft from a cadmium-nickel battery to a lithium-ion battery. After the oxygen resistance of the diaphragm system of other power supply zinc-silver batteries was improved, the battery life was increased by 20%.   Why upgrade to lithium-ion batteries? From Shenzhou 1 to Shenzhou 17, the spacecraft is equipped with "cadmium-nickel batteries". This kind of battery has the advantages of high safety, high reliability, resistance to overcharge and resistance to over-discharge, and can meet the requirements for high-safety operation of the Shenzhou spacecraft. Mission requirements. But it also has a disadvantage, which is the "memory effect". The "memory effect" is caused when the battery is continuously charged and discharged under low load conditions for a long time. Once the power consumption increases and returns to the full load state, the problem of insufficient power supply of the battery may occur. However, the "memory effect" has always existed. Why did nickel-cadmium batteries work in the past but not now? This involves another major variable in the process of my country's aerospace industry-the space station. After the space station era, the spacecraft’s stay in orbit is usually 6 months. As a result, we face two serious problems: • The occlusion problem of the space station cabin. The connecting length of the cabins is tens of meters, and there are huge flexible solar wings, which have severely blocked the solar wings of the Shenzhou manned spacecraft, resulting in insufficient independent power generation capabilities. • While the Shenzhou spacecraft is docked, it needs to receive power from the space station, which results in an unstable situation of constant switching of charging and discharging states, causing irregular charging and discharging problems. In this way, there is no memory effect and the lithium-ion battery with long service life has "successfully taken over". In this way, the Shenzhou spacecraft has overcome the problem of irregular charging and discharging, gained a longer time to dock at the space station assembly, and is also safer and more reliable. Of course, this doesn’t mean you can just change it. Because the safety of long-life and large-capacity lithium-ion batteries has been widely verified in the Tianzhou cargo spacecraft, in order to make the Shenzhou spacecraft more powerful, it has been replaced with lithium-ion batteries starting from Shenzhou 18.  The power supply system of my country's space station consists of three parts: flexible solar wings, sun orientation device, and lithium-ion battery. A...

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Sunrover Power Co., Ltd has become one of the world's leading power plant developers and component builders, with sales teams all over the world and products exported to more than 80 countries and regions such as Europe, America, South Africa and Southeast Asia，etc.

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Provide help for global new energy development and construction, and at the same time provide better products for customers at home and abroad, win-win cooperation, mutual benefit and mutual benefit, and jointly provide strength for the development and construction of solar energy.

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Integrity, efficiency, innovation and transcendence.Customer first, believe in partners, develop together, and achieve rapid development in the field of new energy.

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SUNROVER's shingled all-black 430W solar panels are packed in boxes and will be shipped to Norway soon! Contact us today and unlock the potential of solar power with Sunrover. E-mail:info@sunroverpv.com

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