Leading comprehensive power generation: During the testing period, Feihu 3 achieved a cumulative single watt power generation gain of 2.38% compared to its N-type BC competitors of the same power. The double-sided rate gain is significant: the Flying Tiger 3 has a double-sided rate of up to 85% ± 5%, which is significantly higher than the N-type BC component compared in the same field (double-sided rate of 75 ± 5%). In the grassland ground scene from 7:00-8:00, the maximum single watt power generation gain can reach 5.34%.

The Hainan Sanya empirical project completed power generation comparison testing from May 1, 2026 to July 31, 2026. Actual test data shows that during the testing period, the cumulative power generation per watt of the Jinko Feihu 3 component reached 440.40 kWh/kW, while the same power N-type BC component was 430.15 kWh/kW. Feihu 3 achieved a stable single watt power generation gain of 2.38%, fully demonstrating its comprehensive power generation advantage in the high temperature and high humidity grassland ground power station scenario in the south.

Project background: To verify the high double-sided power generation performance of Feihu 3 in real operating environments, Beijing Jianheng Certification Center (CGC) conducted a comparative empirical study between Feihu 3 and N-type BC components in Sanya, Hainan. Hainan is located in the tropics, with long sunshine hours, strong solar radiation, and high temperatures and humidity throughout the year. It is a typical area for testing the comprehensive power generation performance and double-sided rate of components.



综合发电量领先：测试周期内，飞虎3对比同功率N型BC竞品，累计单瓦发电增益达2.38%。双面率增益显著：飞虎3双面率高达85%±5%，明显高于同场对比的N型BC组件（双面率75±5%），在草地地面场景下7:00-8:00时段单瓦发电增益最高可达5.34%。

海南三亚实证项目于2026年5月1日至2026年7月31日完成发电量对比测试。实测数据显示，测试周期内晶科飞虎3组件单瓦累计发电量达440.40 kWh/kW，同功率N型BC组件为430.15 kWh/kW，飞虎3实现2.38%的稳定单瓦发电增益，充分证明了其在南方高温高湿的草地地面电站场景下的综合发电优势。

项目背景：为验证飞虎3在真实运行环境下的高双面率发电表现，北京鉴衡认证中心（CGC）在海南三亚开展了飞虎3与N型BC组件的对比实证。海南地处热带，日照时数长、太阳辐射强，同时常年高温高湿，是检验组件综合发电性能与双面率表现的典型区域。



Data insight: During the peak irradiation period from 11:00 to 13:00, the single watt gain of Feihu 3 reached 1.93%; Throughout the entire testing cycle, Feihu 3 maintained a positive gain on N-type BC, with a cumulative single watt gain of 2.38%, and no gain attenuation occurred due to high temperature and humidity.

Principle analysis: Feihu 3 applies unique MAX graphic enhancement technology, which significantly reduces backside irradiation loss through selective layout of backside poly layers, achieving a double-sided rate of up to 85% ± 5%; The N-type BC component has a greater loss due to the obstruction of the back gate line and a lower double-sided ratio, which weakens its comprehensive power generation advantage.



数据洞察：在11:00-13:00时段辐照高峰，飞虎3单瓦增益达1.93%；整个测试周期内，飞虎3始终对N型BC保持正向增益，累计单瓦增益达2.38%，未因高温高湿出现增益衰减。

原理分析：飞虎3应用了独特的MAX-图形化增强技术，通过背面poly层的选择性布局，大幅减少了背面辐照损失，实现高达85%±5%的双面率；N型BC组件因背面栅线遮挡损失更大、双面率偏低，综合发电优势被削弱。

(Using AI translation)

（使用AI翻译）