Latest news with #ZhongBaoshen
Korea Herald
2 days ago
- Business
- Korea Herald
LONGi Officially Launches HIBC Technology and True 700W module on the SNEC2025
SHANGHAI, June 12, 2025 /PRNewswire/ -- On June 11, LONGi officially released its newly developed HIBC technology and mass-produced module products at the 18th (2025) International Solar Photovoltaic Exhibition (SNEC). HIBC creates a precedent in the industry, achieving a power of over 700W for the first time based on the standard size of 2382mm×1134mm, and the efficiency of mass-produced modules is close to 26%, comprehensively leading the efficiency of photovoltaic modules into the '25%+Era'. HIBC (Hybrid Interdigitated Back-Contact), high-low temperature composite passivated back contact technology, which integrates the characteristics of HJT and BC, and realizes large-scale mass production of modules for the first time in the world. Zhong Baoshen, Chairman of LONGi, said at the press conference that this is another peak climbed by LONGi in technological innovation and another major innovation by LONGi on the BC technology route. In April 2025, certified by the Institute for Solar Energy Research Hamelin (ISFH) in Germany, the conversion efficiency of HIBC cells reached 27.81%, creating a new world record. Zhong Baoshen said that conversion efficiency is not only the lighthouse of photovoltaic technology but also the lifeblood of photovoltaic products. LONGi has always actively called for "improving power on the same area or standard size, that is, increasing unit yield." "Simply improving efficiency through physical stacking and area expansion brings limited customer value; at the same time, the risks of reliability and quality are obvious after the area is expanded." Zhong Baoshen said. Although LONGi's HPBC 2.0 products have formed a leading edge in the market-72-piece standard-size modules, continuing to lead TOPCon products by 30W-LONGi has not stopped technological innovation and product R&D. 259W/㎡ LONGi First Proposes 'Power Density' The HIBC technology product officially unveiled at the press conference achieves a power of over 700W with a standard size of 2382mm×1134mm, a power density of more than 259W/㎡, and a module efficiency of 25.9%. "This is currently the most efficient industrial photovoltaic product in the world. Through the improvement of efficiency, we called unit yield, the unity of high value and reliability is truly achieved." Zhong Baoshen said. Compared with other 700W modules of the same power in the industry (most of the sizes are 2384mm×1303mm), this module has an area 0.4㎡ smaller, but the power density is 34W/㎡ higher, completely breaking the previous logic that "large size brings high power." This is also the first time that LONGi has put forward the concept of "power density" in the industry. "LONGi has always adhered to technological innovation, always adhered to high-quality standards, and put customer interests first." The power density of this module is as high as 259W/㎡, which will be a more valuable choice for both the increasingly scarce land and the roof. Another great value brought by HIBC technology is to comprehensively lead the efficiency of mass-produced photovoltaic modules into the "25%+Era". As we all know, in the PERC era, the module efficiency was22%+, TOPCon brought 23%+, and the gate of 24%+ module mass production efficiency was opened by BC. Now, the 700W module released by LONGi is the result of superimposing HJT high-quality passivation technology on BC. "We have taken less than three years to improve the efficiency of photovoltaic modules to a new level, which also fully proves the high expandability of BC technology-it has a larger efficiency improvement space," Zhong Baoshen said. "Father of Solar Energy", Professor Martin Green of the University of New South Wales in Australia, also highly affirmed LONGi's innovation in BC technology at the press conference. "We recently updated the world solar cell efficiency list, and LONGi's HIBC technology topped, ranking first, which is also due to LONGi's unremitting efforts on the BC technology track." In addition, HIBC products use high-density packaging technology, and the cell screen occupation ratio is increased from 93.2% to 95.1%, which can greatly increase the light absorption area and truly achieve a balance between reliability and high efficiency. On May 7 this year, the EcoLife series, officially released by LONGi at the Intersolar exhibition, is a mass-produced product based on HIBC technology. The mass-produced cell efficiency of this module is 27.3%, and the module efficiency exceeds 25%. Starting from the End, Further Building a BC Ecosystem At this press conference, Zhong Baoshen also disclosed the achievements of the BC ecosystem construction since it officially launched in 2023. As of the end of May 2025, LONGi has cumulatively carried out technical docking with 191 global partners, reached 55 cooperation, covering 7 major fields including silicon wafers, cells, modules, system solutions, hydrogen energy, biomass, and engineering technology, and achieved initial revenue of 1.95 billion yuan. At the SNEC on May 24, 2023, LONGi officially released the STAR Innovation Ecological Collaboration Platform to the world, aiming to build a global collaborative innovation ecosystem with the "Global Zero Carbon Technology Innovation Center" as the core. On July 3, 2024, at the opening ceremony of the Global Distributed R&D Center, LONGi officially announced the operation rules for building the BC ecosystem, including three value propositions, three cooperation principles, and four modules of partner evaluation, model selection, technical empowerment, and value sharing, aiming to ensure implementation through a professional organization, full-chain process, digital system, and full-cycle monitoring. "Our original intention is still to start from the end and be committed to planting the black land that leads the healthy, benign, and sustainable development of the photovoltaic industry," Zhong Baoshen said. In the future, LONGi will further expand and deepen cooperation to improve and amplify the value of BC technology, so that it can penetrate into thousands of industries and households.
Cision Canada
2 days ago
- Business
- Cision Canada
LONGi Officially Launches HIBC Technology and True 700W module on the SNEC2025
SHANGHAI, June 12, 2025 /CNW/ -- On June 11, LONGi officially released its newly developed HIBC technology and mass-produced module products at the 18th (2025) International Solar Photovoltaic Exhibition (SNEC). HIBC creates a precedent in the industry, achieving a power of over 700W for the first time based on the standard size of 2382mm×1134mm, and the efficiency of mass-produced modules is close to 26%, comprehensively leading the efficiency of photovoltaic modules into the '25%+Era'. HIBC, a Better Solution for 'High Value and Reliability' HIBC (Hybrid Interdigitated Back-Contact), high-low temperature composite passivated back contact technology, which integrates the characteristics of HJT and BC, and realizes large-scale mass production of modules for the first time in the world. Zhong Baoshen, Chairman of LONGi, said at the press conference that this is another peak climbed by LONGi in technological innovation and another major innovation by LONGi on the BC technology route. In April 2025, certified by the Institute for Solar Energy Research Hamelin (ISFH) in Germany, the conversion efficiency of HIBC cells reached 27.81%, creating a new world record. Zhong Baoshen said that conversion efficiency is not only the lighthouse of photovoltaic technology but also the lifeblood of photovoltaic products. LONGi has always actively called for "improving power on the same area or standard size, that is, increasing unit yield." "Simply improving efficiency through physical stacking and area expansion brings limited customer value; at the same time, the risks of reliability and quality are obvious after the area is expanded." Zhong Baoshen said. Although LONGi's HPBC 2.0 products have formed a leading edge in the market-72-piece standard-size modules, continuing to lead TOPCon products by 30W-LONGi has not stopped technological innovation and product R&D. 259W/㎡ LONGi First Proposes 'Power Density' The HIBC technology product officially unveiled at the press conference achieves a power of over 700W with a standard size of 2382mm×1134mm, a power density of more than 259W/㎡, and a module efficiency of 25.9%. "This is currently the most efficient industrial photovoltaic product in the world. Through the improvement of efficiency, we called unit yield, the unity of high value and reliability is truly achieved." Zhong Baoshen said. Compared with other 700W modules of the same power in the industry (most of the sizes are 2384mm×1303mm), this module has an area 0.4㎡ smaller, but the power density is 34W/㎡ higher, completely breaking the previous logic that "large size brings high power." This is also the first time that LONGi has put forward the concept of "power density" in the industry. "LONGi has always adhered to technological innovation, always adhered to high-quality standards, and put customer interests first." The power density of this module is as high as 259W/㎡, which will be a more valuable choice for both the increasingly scarce land and the roof. Another great value brought by HIBC technology is to comprehensively lead the efficiency of mass-produced photovoltaic modules into the "25%+Era". As we all know, in the PERC era, the module efficiency was22%+, TOPCon brought 23%+, and the gate of 24%+ module mass production efficiency was opened by BC. Now, the 700W module released by LONGi is the result of superimposing HJT high-quality passivation technology on BC. "We have taken less than three years to improve the efficiency of photovoltaic modules to a new level, which also fully proves the high expandability of BC technology-it has a larger efficiency improvement space," Zhong Baoshen said. "Father of Solar Energy", Professor Martin Green of the University of New South Wales in Australia, also highly affirmed LONGi's innovation in BC technology at the press conference. "We recently updated the world solar cell efficiency list, and LONGi's HIBC technology topped, ranking first, which is also due to LONGi's unremitting efforts on the BC technology track." In addition, HIBC products use high-density packaging technology, and the cell screen occupation ratio is increased from 93.2% to 95.1%, which can greatly increase the light absorption area and truly achieve a balance between reliability and high efficiency. On May 7 this year, the EcoLife series, officially released by LONGi at the Intersolar exhibition, is a mass-produced product based on HIBC technology. The mass-produced cell efficiency of this module is 27.3%, and the module efficiency exceeds 25%. Starting from the End, Further Building a BC Ecosystem At this press conference, Zhong Baoshen also disclosed the achievements of the BC ecosystem construction since it officially launched in 2023. As of the end of May 2025, LONGi has cumulatively carried out technical docking with 191 global partners, reached 55 cooperation, covering 7 major fields including silicon wafers, cells, modules, system solutions, hydrogen energy, biomass, and engineering technology, and achieved initial revenue of 1.95 billion yuan. At the SNEC on May 24, 2023, LONGi officially released the STAR Innovation Ecological Collaboration Platform to the world, aiming to build a global collaborative innovation ecosystem with the "Global Zero Carbon Technology Innovation Center" as the core. On July 3, 2024, at the opening ceremony of the Global Distributed R&D Center, LONGi officially announced the operation rules for building the BC ecosystem, including three value propositions, three cooperation principles, and four modules of partner evaluation, model selection, technical empowerment, and value sharing, aiming to ensure implementation through a professional organization, full-chain process, digital system, and full-cycle monitoring. "Our original intention is still to start from the end and be committed to planting the black land that leads the healthy, benign, and sustainable development of the photovoltaic industry," Zhong Baoshen said. In the future, LONGi will further expand and deepen cooperation to improve and amplify the value of BC technology, so that it can penetrate into thousands of industries and households.
Yahoo
2 days ago
- Business
- Yahoo
LONGi Officially Launches HIBC Technology and True 700W module on the SNEC2025
SHANGHAI, June 12, 2025 /CNW/ -- On June 11, LONGi officially released its newly developed HIBC technology and mass-produced module products at the 18th (2025) International Solar Photovoltaic Exhibition (SNEC). HIBC creates a precedent in the industry, achieving a power of over 700W for the first time based on the standard size of 2382mm×1134mm, and the efficiency of mass-produced modules is close to 26%, comprehensively leading the efficiency of photovoltaic modules into the '25%+Era'. HIBC, a Better Solution for 'High Value and Reliability' HIBC (Hybrid Interdigitated Back-Contact), high-low temperature composite passivated back contact technology, which integrates the characteristics of HJT and BC, and realizes large-scale mass production of modules for the first time in the world. Zhong Baoshen, Chairman of LONGi, said at the press conference that this is another peak climbed by LONGi in technological innovation and another major innovation by LONGi on the BC technology route. In April 2025, certified by the Institute for Solar Energy Research Hamelin (ISFH) in Germany, the conversion efficiency of HIBC cells reached 27.81%, creating a new world record. Zhong Baoshen said that conversion efficiency is not only the lighthouse of photovoltaic technology but also the lifeblood of photovoltaic products. LONGi has always actively called for "improving power on the same area or standard size, that is, increasing unit yield." "Simply improving efficiency through physical stacking and area expansion brings limited customer value; at the same time, the risks of reliability and quality are obvious after the area is expanded." Zhong Baoshen said. Although LONGi's HPBC 2.0 products have formed a leading edge in the market-72-piece standard-size modules, continuing to lead TOPCon products by 30W-LONGi has not stopped technological innovation and product R&D. 259W/㎡ LONGi First Proposes 'Power Density' The HIBC technology product officially unveiled at the press conference achieves a power of over 700W with a standard size of 2382mm×1134mm, a power density of more than 259W/㎡, and a module efficiency of 25.9%. "This is currently the most efficient industrial photovoltaic product in the world. Through the improvement of efficiency, we called unit yield, the unity of high value and reliability is truly achieved." Zhong Baoshen said. Compared with other 700W modules of the same power in the industry (most of the sizes are 2384mm×1303mm), this module has an area 0.4㎡ smaller, but the power density is 34W/㎡ higher, completely breaking the previous logic that "large size brings high power." This is also the first time that LONGi has put forward the concept of "power density" in the industry. "LONGi has always adhered to technological innovation, always adhered to high-quality standards, and put customer interests first." The power density of this module is as high as 259W/㎡, which will be a more valuable choice for both the increasingly scarce land and the roof. Another great value brought by HIBC technology is to comprehensively lead the efficiency of mass-produced photovoltaic modules into the "25%+Era". As we all know, in the PERC era, the module efficiency was22%+, TOPCon brought 23%+, and the gate of 24%+ module mass production efficiency was opened by BC. Now, the 700W module released by LONGi is the result of superimposing HJT high-quality passivation technology on BC. "We have taken less than three years to improve the efficiency of photovoltaic modules to a new level, which also fully proves the high expandability of BC technology-it has a larger efficiency improvement space," Zhong Baoshen said. "Father of Solar Energy", Professor Martin Green of the University of New South Wales in Australia, also highly affirmed LONGi's innovation in BC technology at the press conference. "We recently updated the world solar cell efficiency list, and LONGi's HIBC technology topped, ranking first, which is also due to LONGi's unremitting efforts on the BC technology track." In addition, HIBC products use high-density packaging technology, and the cell screen occupation ratio is increased from 93.2% to 95.1%, which can greatly increase the light absorption area and truly achieve a balance between reliability and high efficiency. On May 7 this year, the EcoLife series, officially released by LONGi at the Intersolar exhibition, is a mass-produced product based on HIBC technology. The mass-produced cell efficiency of this module is 27.3%, and the module efficiency exceeds 25%. Starting from the End, Further Building a BC Ecosystem At this press conference, Zhong Baoshen also disclosed the achievements of the BC ecosystem construction since it officially launched in 2023. As of the end of May 2025, LONGi has cumulatively carried out technical docking with 191 global partners, reached 55 cooperation, covering 7 major fields including silicon wafers, cells, modules, system solutions, hydrogen energy, biomass, and engineering technology, and achieved initial revenue of 1.95 billion yuan. At the SNEC on May 24, 2023, LONGi officially released the STAR Innovation Ecological Collaboration Platform to the world, aiming to build a global collaborative innovation ecosystem with the "Global Zero Carbon Technology Innovation Center" as the core. On July 3, 2024, at the opening ceremony of the Global Distributed R&D Center, LONGi officially announced the operation rules for building the BC ecosystem, including three value propositions, three cooperation principles, and four modules of partner evaluation, model selection, technical empowerment, and value sharing, aiming to ensure implementation through a professional organization, full-chain process, digital system, and full-cycle monitoring. "Our original intention is still to start from the end and be committed to planting the black land that leads the healthy, benign, and sustainable development of the photovoltaic industry," Zhong Baoshen said. In the future, LONGi will further expand and deepen cooperation to improve and amplify the value of BC technology, so that it can penetrate into thousands of industries and households. View original content to download multimedia: SOURCE LONGi Solar View original content to download multimedia:
Yahoo
29-03-2025
- Business
- Yahoo
LONGi Chairman Zhong Baoshen Attends Boao Forum for Asia: Continuously Deepening China-Australia Tech Collaboration in Clean Energy
BOAO, China, March 29, 2025 /PRNewswire/ -- From March 25 to 28, the Boao Forum for Asia 2025 Annual Conference, themed "Asia in the changing World: Towards a shared Future." will be held in Boao, Hainan, China. Zhong Baoshen, Chairman of LONGi, was invited to participate in the China-Australia Business Leaders Forum on March 26 under the theme "Deepening China-Australia Cooperation to Foster an Open Economy." During the event, he shared solutions and future plans from the renewable energy sector on topics including promoting regional trade and investment growth, strengthening sci-tech innovation collaboration and industrial development, and advancing global energy transition. Zhong stated that LONGi actively embraces the open economic environment brought by the Regional Comprehensive Economic Partnership (RCEP), which provides long-term momentum for regional trade and investment growth, particularly facilitating deeper cooperation between China and Australia in renewable energy. For instance, the Memorandum of Cooperation on Deepening Implementation of the Free Trade Agreement signed between China and Australia in June 2024 has created more favorable investment and service trade conditions for clean energy industries such as photovoltaics (PV). Australia boasts abundant solar resources, and LONGi is supplying high-efficiency PV modules, BIPV (Building Integrated Photovoltaics) products, and hydrogen production equipment to the local market through its Australian subsidiary, driving growth in the local PV and green hydrogen sectors. Additionally, LONGi will leverage RCEP's trade facilitation to optimize global supply chains, deepen its market presence in Australia, and collaborate with local enterprises to advance carbon neutrality goals. Regarding efforts to establish common Environmental, Social, and Governance (ESG) standards between China and Australia, Zhong emphasized LONGi's support for unified green standards to reduce uncertainties in certification, carbon accounting, and supply chain management for renewable energy projects, thereby enhancing investment and trade efficiency. LONGi has already committed to 100% renewable energy manufacturing through initiatives like RE100, EP100, EV100, and the Science-Based Targets initiative (SBTi), actively promoting green manufacturing and reducing the carbon footprint of the PV industry chain to provide more eco-friendly products for Australia's energy transition. The company also advocates for Sino-Australian collaboration in green investment and carbon trading, promoting ESG financial tools such as green bonds and carbon credit mechanisms to secure long-term funding for renewable energy projects. In closing, Zhong summarized how Chinese and Australian enterprises can strengthen technological collaboration to foster healthy growth for both businesses and related industries. He highlighted that technological innovation is the core driver of sustainable development in the PV sector. LONGi is committed to deepening Sino-Australian sci-tech cooperation in clean energy, leveraging cutting-edge technologies to enhance energy efficiency and drive industry transformation. For example, through platforms like the China-Australia Joint Committee on Science and Technology Cooperation, LONGi will expand joint R&D with Australian universities, research institutions, and enterprises to explore more efficient and sustainable PV technologies. As early as 2018, LONGi established a long-term technical partnership with the University of New South Wales (UNSW), collaborating on research into high-efficiency PV technologies, renewable energy system optimization, and talent development in the field. The two parties also jointly launched a research project on "PV-Powered Water Treatment Systems," exploring PV applications in environmental protection. Furthermore, LONGi's world-record-breaking monocrystalline silicon cell efficiency of 27.30% and its 34.6% crystalline silicon-perovskite tandem cell efficiency—both recognized as global benchmarks—have been included in the Solar Cell Efficiency Tables by Professor Martin Green, the "Father of Photovoltaics" at UNSW. Notably, Australia ranks among the global leaders in rooftop solar adoption, with solar power once accounting for 80.5% of electricity supply in Western Australia, reflecting strong public acceptance and participation. The Australian government has also set a target for 82% of its electricity to come from renewables by 2030. Zhong concluded by emphasizing that in the context of deep decarbonization, electricity alone cannot meet all energy demands. Therefore, LONGi has strategically expanded into green hydrogen and green methanol businesses, converting low-cost clean electricity into green liquid and gaseous energy forms. Looking ahead, LONGi aims to deliver optimal solutions across photovoltaic systems, green hydrogen, and green methanol sectors. This strategy seeks to contribute greater value to the global energy transition while expanding the company's long-term growth opportunities. Moving forward, LONGi will work closely with strategic partners in Australia to jointly achieve this goal. With policy support, infrastructure development, and technological innovation, Australia's energy transition is poised to advance steadily toward a sustainable future. About LONGi Founded in 2000, LONGi is committed to being the world's leading solar technology company, focusing on customer-driven value creation for full scenario energy transformation. Under its mission of 'making the best of solar energy to build a green world', LONGi has dedicated itself to technology innovation and established several business sectors, covering mono silicon wafers cells and modules, commercial & industrial distributed solar solutions, green energy solutions and hydrogen equipment. The company has honed its capabilities to provide green energy and has more recently, also embraced green hydrogen products and solutions to support global zero carbon development. SOURCE LONGi Sign in to access your portfolio
Associated Press
29-03-2025
- Business
- Associated Press
LONGi Chairman Zhong Baoshen Attends Boao Forum for Asia: Continuously Deepening China-Australia Tech Collaboration in Clean Energy
BOAO, China, March 29, 2025 /PRNewswire/ -- From March 25 to 28, the Boao Forum for Asia 2025 Annual Conference, themed 'Asia in the changing World: Towards a shared Future.' will be held in Boao, Hainan, China. Zhong Baoshen, Chairman of LONGi, was invited to participate in the China-Australia Business Leaders Forum on March 26 under the theme 'Deepening China-Australia Cooperation to Foster an Open Economy.' During the event, he shared solutions and future plans from the renewable energy sector on topics including promoting regional trade and investment growth, strengthening sci-tech innovation collaboration and industrial development, and advancing global energy transition. Zhong stated that LONGi actively embraces the open economic environment brought by the Regional Comprehensive Economic Partnership (RCEP), which provides long-term momentum for regional trade and investment growth, particularly facilitating deeper cooperation between China and Australia in renewable energy. For instance, the Memorandum of Cooperation on Deepening Implementation of the Free Trade Agreement signed between China and Australia in June 2024 has created more favorable investment and service trade conditions for clean energy industries such as photovoltaics (PV). Australia boasts abundant solar resources, and LONGi is supplying high-efficiency PV modules, BIPV (Building Integrated Photovoltaics) products, and hydrogen production equipment to the local market through its Australian subsidiary, driving growth in the local PV and green hydrogen sectors. Additionally, LONGi will leverage RCEP's trade facilitation to optimize global supply chains, deepen its market presence in Australia, and collaborate with local enterprises to advance carbon neutrality goals. Regarding efforts to establish common Environmental, Social, and Governance (ESG) standards between China and Australia, Zhong emphasized LONGi's support for unified green standards to reduce uncertainties in certification, carbon accounting, and supply chain management for renewable energy projects, thereby enhancing investment and trade efficiency. LONGi has already committed to 100% renewable energy manufacturing through initiatives like RE100, EP100, EV100, and the Science-Based Targets initiative (SBTi), actively promoting green manufacturing and reducing the carbon footprint of the PV industry chain to provide more eco-friendly products for Australia's energy transition. The company also advocates for Sino-Australian collaboration in green investment and carbon trading, promoting ESG financial tools such as green bonds and carbon credit mechanisms to secure long-term funding for renewable energy projects. In closing, Zhong summarized how Chinese and Australian enterprises can strengthen technological collaboration to foster healthy growth for both businesses and related industries. He highlighted that technological innovation is the core driver of sustainable development in the PV sector. LONGi is committed to deepening Sino-Australian sci-tech cooperation in clean energy, leveraging cutting-edge technologies to enhance energy efficiency and drive industry transformation. For example, through platforms like the China-Australia Joint Committee on Science and Technology Cooperation, LONGi will expand joint R&D with Australian universities, research institutions, and enterprises to explore more efficient and sustainable PV technologies. As early as 2018, LONGi established a long-term technical partnership with the University of New South Wales (UNSW), collaborating on research into high-efficiency PV technologies, renewable energy system optimization, and talent development in the field. The two parties also jointly launched a research project on 'PV-Powered Water Treatment Systems,' exploring PV applications in environmental protection. Furthermore, LONGi's world-record-breaking monocrystalline silicon cell efficiency of 27.30% and its 34.6% crystalline silicon-perovskite tandem cell efficiency—both recognized as global benchmarks—have been included in the Solar Cell Efficiency Tables by Professor Martin Green, the 'Father of Photovoltaics' at UNSW. Notably, Australia ranks among the global leaders in rooftop solar adoption, with solar power once accounting for 80.5% of electricity supply in Western Australia, reflecting strong public acceptance and participation. The Australian government has also set a target for 82% of its electricity to come from renewables by 2030. Zhong concluded by emphasizing that in the context of deep decarbonization, electricity alone cannot meet all energy demands. Therefore, LONGi has strategically expanded into green hydrogen and green methanol businesses, converting low-cost clean electricity into green liquid and gaseous energy forms. Looking ahead, LONGi aims to deliver optimal solutions across photovoltaic systems, green hydrogen, and green methanol sectors. This strategy seeks to contribute greater value to the global energy transition while expanding the company's long-term growth opportunities. Moving forward, LONGi will work closely with strategic partners in Australia to jointly achieve this goal. With policy support, infrastructure development, and technological innovation, Australia's energy transition is poised to advance steadily toward a sustainable future. About LONGi Founded in 2000, LONGi is committed to being the world's leading solar technology company, focusing on customer-driven value creation for full scenario energy transformation. Under its mission of 'making the best of solar energy to build a green world', LONGi has dedicated itself to technology innovation and established several business sectors, covering mono silicon wafers cells and modules, commercial & industrial distributed solar solutions, green energy solutions and hydrogen equipment. The company has honed its capabilities to provide green energy and has more recently, also embraced green hydrogen products and solutions to support global zero carbon development.
