疊層太陽能電池
LONGi刷新鈣鈦礦-矽疊層電池效率紀錄
疊層太陽能電池,正透過將結晶矽與鈣鈦礦材料結合,捕捉更廣泛範圍的陽光,實現較傳統太陽能電池更高的轉換效率,推動光伏性能向前邁進。隆基(LONGi)最新獲認證的 35.5% 效率里程碑,展現出這項次世代技術的持續進展,而更大尺寸電池及組件的成果,則反映出商業規模生產準備度日益提升。公司持續的改進成果,突顯出業界正致力於在不大幅擴大板材尺寸的情況下,提升能源輸出。
對企業而言,效率更高的疊層太陽能電池,有望透過從同等安裝面積中,產生更多電力,改善再生能源的經濟效益。這可降低土地使用需求,減少系統平衡成本,並提升公用事業規模、商業及住宅太陽能項目的價值。隨著疊層光伏技術日益邁向大規模生產,能成功實現規模化生產的製造商,有望強化自身競爭地位,同時加快全球邁向更高效潔淨能源系統的過渡進程。
英文原文
Tandem solar cells are advancing photovoltaic performance by combining crystalline silicon with perovskite materials to capture a broader range of sunlight and achieve higher conversion efficiencies than conventional solar cells. LONGi's latest certified 35.5% efficiency milestone demonstrates the continued progress of this next-generation technology, while larger cell and module results indicate growing readiness for commercial-scale production. The company's ongoing improvements highlight the industry's focus on increasing energy output without significantly expanding panel size.
For businesses, higher-efficiency tandem solar cells could improve the economics of renewable energy by generating more electricity from the same installation footprint. This can lower land-use requirements, reduce balance-of-system costs and enhance the value of utility-scale, commercial and residential solar projects. As tandem photovoltaic technology moves closer to mass production, manufacturers that successfully scale production may strengthen their competitive position while accelerating the global transition to more efficient clean energy systems.
- 來源
- Trend Hunter
- 發布
- 2026-07-28
- 品類
- Science
- 出處
- engadget, longi