SUNROVER has successfully commissioned a significant 282.27kW distributed rooftop photovoltaic project, now fully operational and feeding clean energy into the grid. This project exemplifies SUNROVER's integrated solution approach, utilizing their high-performance 600W N-type solar panels and reliable 50kW grid-tied inverters.   The project's scale required approximately 471 SUNROVER 600W N-type solar panels to achieve the 282.27kW capacity. For efficient power conversion and grid integration, six SUNROVER 50kW inverters were deployed, forming the backbone of the system's electrical infrastructure. This clean energy installation is projected to make a substantial environmental impact, reducing annual CO2 emissions by an estimated 338 tons, along with significant cuts in other harmful pollutants like SO2 and NOx, contributing positively to local air quality and climate goals.   Crucially, this project underscores SUNROVER's robust manufacturing foundation. The company operates high-volume production lines with ample capacity, ensuring consistent supply not only for demanding domestic projects like this one but also guaranteeing on-time fulfillment for its expanding international customer base. SUNROVER's efficient production and logistics systems are key to meeting global delivery commitments.   Building on eleven years of proven experience in solar engineering and project execution, SUNROVER possesses deep technical knowledge across diverse applications. Their dedicated team of engineers and sales professionals works collaboratively with each client. This synergy allows SUNROVER to design and deliver truly bespoke solar and solar-plus-storage configurations, meticulously tailored to address specific energy requirements, site constraints, and financial objectives. SUNROVER continues to drive the adoption of sustainable energy solutions worldwide, leveraging its manufacturing strength and extensive expertise.

The SUNROVER 682.92KW rooftop distributed photovoltaic project has been successfully connected to the grid. This installation utilizes SUNROVER's high-efficiency 600W N-type solar panels paired with Solis 50KW grid-tied inverters to deliver reliable clean energy.   The project comprises precisely 1,138 SUNROVER 600W solar panels to achieve its 682.92KW DC capacity. For optimal power conversion, fourteen Solis 50KW inverters were deployed, providing a total AC capacity of 700KW to efficiently manage the system output.   Upon operation, the system is projected to generate approximately 819,500 kWh of clean electricity annually (based on 1,200 equivalent full-load hours). This translates into significant annual savings: roughly $81,950 in electricity costs (calculated at $0.10 per kWh) and avoidance of approximately 410 metric tons of carbon dioxide emissions (using a factor of 0.5 kg CO₂ per kWh).   This successful implementation highlights SUNROVER's core expertise in designing and delivering custom-engineered solar and energy storage systems tailored to specific client requirements and site conditions. SUNROVER's approach focuses on optimizing the integration of panels, inverters, and batteries to maximize performance, return on investment, and energy resilience. The company further ensures seamless project execution through its professional installation and construction teams, who guarantee quality, safety, and timely grid connection. Complementing the technical delivery, SUNROVER's dedicated sales and support team provides comprehensive guidance throughout the entire project lifecycle, from initial feasibility and design to post-commissioning, effectively addressing client inquiries and resolving challenges. The grid connection of this 682.92KW project demonstrates SUNROVER's commitment to enabling businesses to reduce operational costs and achieve sustainability goals through expertly implemented, customized distributed solar solutions.

Anhui, China – May 27, 2025 – SUNROVER announced the successful grid integration of its 1.012 MW (1,012.44 kW) rooftop distributed photovoltaic system in Anhui on May 26, 2025. The project, equipped with 1,447 units of SUNROVER’s 700W N-type TOPCon solar panels and six Solis 200kW grid-tied inverters, marks another step in advancing sustainable energy solutions for industrial applications.   The system is expected to generate approximately 1.21 million kWh of clean electricity annually, harnessing Anhui’s abundant solar resources. This output will reduce the host facility’s annual electricity costs by ¥847,000 (around $123,000 USD), based on local industrial electricity rates of ¥0.70 per kWh. Environmentally, the project will offset roughly 950 metric tons of CO₂ emissions each year, equivalent to removing over 200 gasoline-powered vehicles from the roads, aligning with regional decarbonization goals.   Central to the project’s success is SUNROVER’s proprietary TOPCon technology, manufactured through its automated high-power production line. This facility enables the mass production of 700W+ solar modules, achieving industry-leading efficiency rates above 22.8% and ensuring robust performance in diverse conditions. The company’s expertise extends to customized photovoltaic system design, where engineers tailor configurations to optimize energy output, space utilization, and return on investment for clients across sectors.   SUNROVER continues to expand its footprint in the renewable energy market, leveraging its TOPCon innovation and adaptive solutions to meet global demand for efficient, scalable solar infrastructure. With a focus on R&D and strategic partnerships, the company remains poised to support China’s carbon neutrality objectives while delivering economic and environmental value to businesses worldwide.

The two-day SOLAR & STORAGE exhibition in the Philippines, a pivotal event for renewable energy innovation, concluded with resounding success, and SUNROVER stood at the heart of the action. The company’s booth became a magnet for attendees, drawing unprecedented crowds eager to explore its groundbreaking energy solutions. From industry veterans to sustainability advocates, visitors flocked to SUNROVER’s space, creating a buzzing atmosphere that underscored the company’s rising prominence in the region’s clean energy sector.   Central to the excitement was SUNROVER’s debut of a comprehensive energy storage system design, a fully integrated solution designed to address diverse energy needs. The exhibit showcased modular storage units, smart grid compatibility, and scalable configurations, sparking lively discussions about adaptability across residential, commercial, and industrial applications. SUNROVER’s technical team was inundated with inquiries, with visitors spending hours delving into system specifications, cost-efficiency metrics, and long-term sustainability benefits. Many praised the company’s user-centric approach, emphasizing how its designs prioritize ease of integration and future-proofing against evolving energy demands.   A defining moment came when a leading Philippine manufacturing firm, after an intensive consultation, finalized an on-the-spot agreement for a 1MW energy storage system—a landmark deal marking one of the largest single orders at the exhibition. The client highlighted SUNROVER’s ability to deliver a customized system capable of stabilizing power supply for a high-capacity production facility, citing the company’s transparent cost analysis and rapid deployment timeline as decisive factors. This immediate commitment not only reflects SUNROVER’s technical credibility but also signals growing market trust in its capacity to execute large-scale, mission-critical projects.   Beyond product innovation, SUNROVER’s exhibition presence highlighted its end-to-end service model. The company’s seasoned photovoltaic construction team took center stage, demonstrating their expertise in tailoring solar-plus-storage systems to unique site conditions. Attendees were particularly impressed by SUNROVER’s pledge to assign dedicated engineers to supervise on-site construction—a service that ensures seamless installation and alignment with client specifications. Testimonials from existing clients displayed at the booth further reinforced the team’s reputation for precision, reliability, and responsiveness.   The exhibition also served as a platform for SUNROVER to underscore its role as a strategic partner in the Philippines’ renewable energy transition. With the nation aggressively pursuing solar and storage adoption to meet sustainability goals, SUNROVER’s ability to merge cutting-edge technology with locali...

Recently, the largest "photovoltaic hydrogen storage integrated" offshore photovoltaic demonstration project in China, the first ecological governance type tidal flat photovoltaic demonstration project in China, the Guohua Rudong Photovoltaic Hydrogen Storage Integrated Project, which was designed and constructed by China Power Construction, was fully connected to the grid for power generation. The project is located in Rudong County, Nantong City, Jiangsu Province, and uses about 4,387.5 acres of tidal flats. The total installed capacity is 400,000 kilowatts, and supporting booster stations, energy storage facilities, and hydrogen production and refueling stations are built. The project has an average annual on-grid soalr system power of 462.934 million kWh. After completion and commissioning, it can reduce carbon dioxide emissions by about 309,400 tons per year, which is equivalent to adding 1.5 West Lake scenic areas of forest carbon sinks, which can effectively help local ecological environment protection and green and low-carbon development. It was designed by the East China Institute of China Power Construction and constructed by the Central South Institute. As the first tidal flat ecological governance photovoltaic project in China, it innovates the "offshore photovoltaic + grass control" ecological restoration model, takes the lead in the ecological governance of Spartina alterniflora, and creates a demonstration of green photovoltaic integration and ecological grass control in Jiangsu Province and the coastal areas of the country. During the construction process, the construction of the shore-based booster station and photovoltaic field area was affected by multiple factors such as the original mudflat terrain and on-site tidal changes, and the construction process was extremely difficult. The project team overcame difficulties and creatively used steel sheet pile cofferdams and well point dewatering to solve the construction problems of the shore-based station, designed a new type of aerial platform to solve the installation problems of the photovoltaic area, and used about 1,800 platform 4-wheeled carts according to local conditions to protect the local marine ecology and clam breeding areas. The first "river, sea, land, and river" intermodal transport solution was created to solve the problem of submarine cable transportation. On the vast mudflats of the Yellow Sea, nearly 700,000 photovoltaic panels "breathe" lightly with the rise and fall of the tide. Their annual power generation is as high as 468 million kWh, enough to light up the bright lights of 200,000 households. At the same time, the project will also drive the large-scale development of multiple industries such as offshore photovoltaics, energy storage and hydrogen energy, and improve and strengthen the local new energy industry chain.

The SUNROVER 5.99MW rooftop distributed photovoltaic project has been officially commissioned and integrated into the grid, marking another milestone in the company’s portfolio of high-performance renewable energy solutions. Utilizing SUNROVER’s cutting-edge 690W N-type solar panels paired with Solis 255KW on grid inverters, the project exemplifies technical excellence and operational efficiency, delivering robust power generation capabilities for large-scale commercial and industrial applications.   With years of expertise in photovoltaic system design and implementation, SUNROVER has solidified its reputation as a trusted partner in the global renewable energy sector. The company’s proven track record spans a diverse range of projects, from residential installations to expansive commercial and industrial complexes, consistently tailoring solutions to meet unique client needs. By leveraging advanced technologies and a deep understanding of energy storage integration, SUNROVER crafts bespoke solar-plus-storage systems that optimize energy output, reduce costs, and enhance grid independence for customers across industries.   The newly operational 5.99MW project underscores SUNROVER’s ability to execute complex, large-scale installations with precision. The high-efficiency N-type solar panels ensure superior energy yield and long-term reliability, while the Solis inverters enable seamless grid synchronization and intelligent energy management. This combination not only maximizes return on investment for clients but also aligns with global sustainability goals by reducing carbon emissions.   As a forward-thinking innovator, SUNROVER continues to drive the transition to clean energy by offering end-to-end services, from feasibility studies and customized engineering to construction and post-commissioning support. With over 3GW of cumulative installed capacity worldwide and a growing portfolio of cross-sector projects, the company remains committed to delivering scalable, future-ready solutions that empower businesses and communities to harness solar energy effectively.   About SUNROVER SUNROVER is a globally recognized provider of solar energy systems, specializing in the design, development, and deployment of customized photovoltaic solutions. With a focus on innovation and sustainability, the company serves residential, commercial, and industrial clients, delivering turnkey projects that prioritize performance, durability, and environmental impact.

SUNROVER, a leading provider of integrated photovoltaic and energy storage solutions, has successfully connected its 3.946MW rooftop distributed photovoltaic (PV) project in Changzhou, Jiangsu Province, to the grid. The project, completed with exceptional speed and precision, underscores SUNROVER’s capabilities in delivering high-quality, large-scale solar installations and reinforces its position as a trusted partner in the renewable energy sector.   Speed and Quality: A Testament to Expertise From design to commissioning, the Changzhou rooftop PV project was executed in a record timeframe, reflecting SUNROVER’s streamlined project management and technical prowess. Despite challenges such as complex rooftop layouts and grid integration requirements, the company leveraged its experienced engineering team to ensure seamless deployment. The project utilizes SUNROVER’s proprietary 690W N-type solar panels, renowned for their high efficiency and durability, paired with Huawei’s advanced 250/300KW on-grid inverters, ensuring optimal energy yield and system reliability.   End-to-End Control: In-House Manufacturing and Technical Innovation A key driver of SUNROVER’s rapid delivery is its vertically integrated supply chain. With its own state-of-the-art solar panel manufacturing facility, SUNROVER maintains strict quality control over components while guaranteeing production scalability. The 690W N-type modules deployed in Changzhou exemplify the company’s commitment to cutting-edge technology, offering superior performance in low-light conditions and extended lifespan compared to conventional modules. This self-reliant production model enables SUNROVER to meet tight deadlines without compromising on standards.   Collaboration with Industry Leaders SUNROVER’s collaboration with Huawei, a global leader in inverters and smart PV solutions, highlights its ability to partner with top-tier technology providers to maximize project value. The synergy between SUNROVER’s high-efficiency modules and Huawei’s intelligent inverters ensures stable grid integration and real-time monitoring, enhancing the project’s long-term operational efficiency.   A Team Built for Excellence Behind this achievement is SUNROVER’s dedicated team of engineers, designers, and project managers, who combine deep industry knowledge with innovative problem-solving skills. Their expertise in rooftop PV system design—optimizing space utilization, load distribution, and safety protocols—ensures projects are both economically viable and technically robust.   Driving the Renewable Energy Transition “The successful grid connection of our Changzhou project demonstrates SUNROVER’s ability to deliver turnkey solar solutions at speed, without sacrificing quality,” said sales director Aimee of SUNROVER. “With our in-house manufacturing strength, strategic partnerships, and foc...

SUNROVER has successfully commissioned a 1.9MW distributed rooftop photovoltaic system in Anhui Province, China, with the installation achieving full grid connectivity and commencing commercial operation. The project, spanning over 15,000 square meters of industrial rooftop space, incorporates 2,754 units of SUNROVER’s in-house manufactured 690W N-type TOPCon bifacial solar panels, paired with 19 Solis 100KW three-phase on grid inverters. This configuration enables an estimated annual power generation of 2.1 million kWh, sufficient to offset 1,700 tons of coal consumption while supplying clean energy to local manufacturing facilities.   The project highlights SUNROVER’s vertically integrated operational model, combining proprietary manufacturing capabilities with end-to-end engineering expertise. The company operates a 1.2GW annual capacity production facility in Jiangsu Province, where it manufactures advanced N-type solar panels using fully automated production lines. Beyond module production, SUNROVER maintains specialized engineering divisions covering structural design, electrical system integration, and grid compliance – capabilities demonstrated through this project’s precise rooftop load analysis (≤25kg/m²), PID-resistant cabling architecture, and accelerated grid interconnection approval within 72 hours of system completion.   For international clients, SUNROVER offers customized photovoltaic solutions leveraging its integrated technical resources. The company’s engineering team utilizes proprietary simulation software to optimize system configurations across diverse geographic and climatic conditions, accounting for variables such as solar irradiance patterns, shading risks, and local grid stability requirements. Certified installation crews, trained in international electrical standards (IEC 62446-1) and rooftop waterproofing protocols, ensure rapid deployment cycles – a capability validated by the Anhui project’s 45-day completion timeline from equipment delivery to grid synchronization.   Notably, SUNROVER currently holds inventory of its high-efficiency 690W N-type solar panels available for immediate order fulfillment, with production capacity allocated to support global project timelines. The modules feature a 22.6% conversion efficiency rating certified by TÜV Rheinland, backed by a 30-year linear power output warranty. Post-commissioning support is provided through the company’s dedicated operations and maintenance team, which implements remote monitoring via SCADA systems alongside biannual on-site inspections, ensuring sustained system performance exceeding 98% availability rates.   With over 150MW of distributed PV systems deployed across Asia-Pacific markets and expanding operations in Europe, SUNROVER continues to refine its technical protocols for international project execution. The Anhui installation serves as a technical reference for indus...