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JA Solar's Bycium+ Cell Achieves Record-Breaking 748.6mV Open-Circuit Voltage Certified by ISFH

JA Solar's Bycium+ Cell Achieves Record-Breaking 748.6mV Open-Circuit Voltage Certified by ISFH

JA 太陽能的 Bycium+ 電芯實現了創紀錄的 748.6mV 開路電壓,獲得 ISFH 認證。
PR Newswire ·  2024/12/16 10:59

BEIJING, Dec. 15, 2024 /PRNewswire/ -- JA Solar's Bycium+ cell has achieved a significant breakthrough, having reached a new high in cell efficiency and set a new record with an open-circuit voltage of 748.6mV—the highest in the commercial TOPCon PV cell sector. Certified by the German Institute for Solar Energy Research in Hamelin (ISFH), the new record demonstrates a passivation level on par with HJT PV cells and surpasses the BC cell's open-circuit voltage record. This milestone not only demonstrates the immense potential of TOPCon technology but also establishes a new benchmark for the development of crystalline silicon PV cells.

北京,2024年12月15日 /PRNewswire/ -- 晶澳科技的Bycium+電芯取得了重大突破,電芯效率達到了新高,並以748.6mV的開路電壓創下了商業TOPCon光伏電芯領域的新紀錄。該紀錄由德國哈梅林太陽能研究所(ISFH)認證,表明其鈍化水平與HJt光伏電芯相當,並超越了BC電芯的開路電壓紀錄。這一里程碑不僅展示了TOPCon技術的巨大潛力,還爲晶體硅光伏電芯的發展確立了新的基準。

JA Solar's Bycium+ Cell Achieves Record-Breaking 748.6mV Open-Circuit Voltage Certified by ISFH
晶澳科技的Bycium+電芯達到創紀錄的748.6mV開路電壓,獲得ISFH認證

The improvement of PV cell efficiency typically focuses on two areas: optical gain and electrical gain. Electrical gain is driven by reducing recombination losses and contact resistance. Open-circuit voltage is directly linked to recombination and is a key indicator of a cell's performance. Higher open-circuit voltage leads to better efficiency and affects the temperature coefficient of PV modules.

光伏電芯效率的提升通常關注兩個方面:光學增益和電氣增益。電氣增益通過減少複合損失和接觸電阻來推動。開路電壓與複合直接相關,是電芯性能的關鍵指標。較高的開路電壓意味着更好的效率,並影響光伏模塊的溫度係數。

Passivation technology is key to improving open-circuit voltage and cell efficiency by reducing internal recombination losses and enabling more electrical energy to be extracted. JA Solar has continuously optimized the passivation structure of its TOPCon cells, minimizing surface, bulk, and metal recombination. By integrating innovations in metallization, new materials, and processes, JA Solar has achieved a record-breaking open-circuit voltage. This advancement pushes TOPCon technology closer to its theoretical efficiency limit and supports the future growth of the PV industry.

鈍化技術是通過減少內部複合損失和提取更多電能來改善開路電壓和電芯效率的關鍵。晶澳科技持續優化其TOPCon電芯的鈍化結構,最小化表面、體內和金屬複合。通過整合金屬化、新材料和工藝的創新,晶澳科技實現了開路電壓的創紀錄突破。這一進展將TOPCon技術推向理論效率極限,更好地支持光伏行業的未來增長。

"This milestone with our Bycium+ cell is not just a testament to JA Solar's commitment to technological innovation, but also a contribution to advancing the PV industry as a whole," said Aiqing Yang, Executive President of JA Solar. "By setting a new benchmark for TOPCon cell open-circuit voltage, we aim to inspire broader progress across the industry, driving the development of high-performance, cost-effective PV solutions that accelerate the global transition to clean energy."

「我們Bycium+電芯的這一里程碑不僅證明了晶澳科技對技術創新的承諾,也對推動整個光伏行業的發展作出了貢獻,」晶澳科技執行總裁楊愛青表示。「通過爲TOPCon電芯開路電壓設定新的基準,我們旨在激勵整個行業的更廣泛進步,推動高性能、經濟高效的光伏解決方案的發展,加速全球向清潔能源的轉型。」

SOURCE JA Solar Technology Co., Ltd.

來源:晶澳科技股份有限公司

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