LONGi Breaks Record with 25.4% Efficiency
On October 23rd, 2024, LONGi Green Energy Technology announced that it had set a new world record for crystalline silicon module efficiency. The latest certification report from the Fraunhofer Institute for Solar Energy Systems ISE in Germany confirms . That LONGi’s HPBC 2.0 module has achieved an efficiency of 25.4%, breaking the previous record for crystalline silicon module efficiency.
Chinese Solar Firm Sets Historic World Record
A Chinese solar technology company has set a world record for the first time since 1988 . Breaking a 36-year dominance held by overseas photovoltaic brands. This achievement means that Chinese PV brands will appear on the definitive list of crystalline silicon module efficiency records for the first time.
LONGi’s Record Joins Beat PV Efficiency Lists
LONGi’s record will be included in the worldwide definitive photovoltaic record list, “Martin-Green Module Efficiency World Historical Record List” . As well as in the United States Renewable Energy Research Facility (NREL) record list.
New Record: Module Efficiency Hits 25.4%
The new module efficiency reached 25.4%, marking a significant and historic jump compared to the slow changes in efficiency over the past decade. This breakthrough surpasses the world record benchmark of 25% for crystalline silicon. Module efficiency set by Martin Green and NREL, as well as the 24.9% IBC module efficiency achieved by Maxeon in January this year.
30 Years of Crystalline Silicon Efficiency Breakthroughs
For over 30 years, researchers have made remarkable breakthroughs in the efficiency of crystalline silicon modules. Notably, SunPower achieved a module efficiency of 20.3% using IBC technology in 2007. Since then, XBC innovation has consistently pushed the boundaries, breaking the world record eight times in a row with its highly efficient design and compatibility. This success highlights BC technology’s unmatched authority in the field of crystalline silicon modules.
Understanding Crystalline Silicon Module Efficiency
Crystalline silicon modules convert solar energy into electrical power efficiently. When these solar panels have higher efficiency. They generate more power from the same surface area. This leads to reduced installation space, lower system costs, and increased energy output.
LONGi’s Achievements Propel Global Energy Move
LONGi, the world’s leading solar technology company, drives the advancement of the global energy transformation through high-efficiency solar cells and modules, all while maintaining high reliability. Since its establishment in 2000, LONGi has focused on persistent R&D and open development, positioning its major technology as a benchmark in the photovoltaic industry. The company continues to create long-term value for clients worldwide. By breaking the world record for the efficiency of crystalline silicon solar modules, LONGi achieves a significant milestone in the history of the photovoltaic industry. This breakthrough not only propels the industry’s development but also effectively supports the global energy transition and the achievement of carbon neutrality goals.
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Conclusion:
LONGi Green Energy Technology has achieved a remarkable 25.4% efficiency rating for its crystalline silicon modules, breaking a 36-year dominance held by overseas brands. This achievement showcases significant progress in solar technology, driven by ongoing research and development. LONGi’s new efficiency records promise to enhance energy output while reducing costs and installation space. This breakthrough supports global efforts to combat climate change and transition to renewable energy sources.
FAQ’s:
Which organizations certified LONGi’s new record?
The record has been certified by the Fraunhofer Established for Solar Energy Systems. ISE in Germany and will be included in the “Martin-Green Module Efficiency World Historical Record List” and the NREL record list.
How does LONGi contribute to the global energy transition?
LONGi focuses on creating high-efficiency, low-cost solar cells, and modules. Driving advancements that support the move to renewable energy and the achievement of carbon lack of bias goals.
How does crystalline silicon module efficiency affect solar energy production?
Higher efficiency means that solar panels can create more power from the same surface area. Which decreases installation space and costs while expanding general energy output.
