Case Study
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Haikou field test site evidence report: TOPCon technology's comprehensive power generation efficiency is significantly 5.09% higher than that of N-type BC modules
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Empirical Data from Italy: Tiger Neo 3.0 Delivers 2.04% Higher Average Power Generation Gain than TBC Modules
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Japan Kagoshima Field Test Data Released: TOPCon Achieves 8.82% Long-Term Energy Yield Gain Over N-Type BC Modules
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Technoeconomic Advantage of N-type TOPCon Photovoltaic Systems for Green Hydrogen Production
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Why N-type Tiger Neo Best Suits FPV Projects
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5.52% Yield Gain of JinkoSolar’s N-type Achieved in the World’s Largest Hybrid Solar-Hydro Plant on the Tibetan Plateau
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The yield gain of Jinko’s N-type TOPCon modules reaches 5.02% in a 70MW plant
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The "Low Degradation" Performance of N-type Module——Based on the Reliability Tests Conducted by T?V NORD
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JinkoSolar N-type TOPCon Module Outperforms in PVEL Test in Every Category
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Output Performance of TOPCon and PERC Module by T?V Nord in Malaysia
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3.68% Yield Gain of N-type over P-type BIPV Attributes To Lower Degradation and Optimized Temperature Coefficient
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Field Performance Comparison Test of N-type TOPCon and P-type PERC Bifacial Modules in Haikou by CGC
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Optimized Degradation (Lower LID) and Higher Yield Gain for N-type Compared to P-type in Ningxia,CN
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Power Generation Comparison of Datang Huayin's Tin Mine 200MW Project in Loudi city : JinkoSolar's N-TOPCon Yield Gain Reaches 5.21%
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Energy yield comparison of N-TOPCon bifacial and PERC bifacial in Yinchuan, Ningxia
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5.08% Energy Yield of N-TOPCon vs P-PERC Modules on Grass Ground in Zhangbei, China
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13.94% energy yield of TOPCon bifacial compared to PERC bifacial on a white flat roof in Qingdao
