Recently, Jinko Solar, a leading global photovoltaic company, officially signed a supply agreement for 176.14MW high-efficiency modules with Greek renewable energy developers. All modules will use the Feihu series N-type high-efficiency double-sided modules, specifically for the construction of large-scale ground power stations in central Greece.
Central Greece is mainly characterized by mountainous and hilly landforms, with large power stations often located at the junction of slopes and valleys, resulting in significant terrain undulations. During the early morning and dusk periods, there is frequent overlapping of mutual occlusion between array rows and mountain reflections; The cumulus clouds generated by afternoon heat convection move rapidly, casting mottled shadows on the array while also causing intense fluctuations in radiation intensity in a short period of time. The interweaving of multiple factors poses a comprehensive challenge to the anti occlusion ability, weak light response, and backside gain of the components. Feihu components have become the ultimate choice for project owners due to their three major performance points.
The double-sided rate of the Feihu component can reach 85 ± 5%, and the back can efficiently utilize the reflected light from the ground and scattered light from the sky. It can contribute considerable additional power generation under strong noon irradiation and low angle sunlight in the morning and evening. The combination of high efficiency on the front and high gain on the back maximizes the utilization of every ray of light that reaches the field area.
近日，全球领先的光伏企业晶科能源与希腊可再生能源开发商正式签署176.14MW高效组件供货协议，全部采用飞虎系列N型高效双面组件，专项用于希腊中部大型地面电站建设。
希腊中部以山地与丘陵地貌为主，大型电站多选址于坡地与谷地交界处，地形起伏显著。清晨与黄昏时段，阵列排间互遮挡与山体倒影频繁叠加；午后热对流催生的积云快速移动，在阵列上投下斑驳阴影的同时，也让辐照强度在短时间内剧烈起伏。多重因素交织，对组件的抗遮挡能力、弱光响应与背面增益提出了全方位考验。飞虎组件凭借三大性能支点，成为项目业主的最终之选。
飞虎组件双面率可达85±5%，背面可高效利用地面反射光与天空散射光，在正午强辐照和早晚低角度日照下均能贡献可观的额外发电增量。正面高效率与背面高增益叠加，让每一缕到达场区的光都被最大化利用。
The shadow source of slope power stations is much more complex than that of plains: the projection of ridges in the morning and evening, mutual occlusion between rows, and irregular shading formed by the rapid movement of cumulus clouds in the afternoon all test the current balance ability of the string. By reconstructing the battery layout topology and electrical architecture, the anti shading performance of Feihu components has been greatly improved. Even if partially covered by mountain or cloud shadows, the internal components can still maintain high current output, minimizing the overall mismatch loss caused by obstruction.
In the central mountainous areas of Greece, there is frequent morning mist and low sunlight angle at dusk. The low radiation period is also an essential component of the power generation curve of the power station throughout the day. The Feihu component maintains a high proportion of power output under low irradiation conditions, with significantly better weak light response capability than conventional products, effectively extending the daily high-value power generation time and ensuring stable power generation capacity of the power station throughout the entire period.
坡地电站的阴影来源比平原复杂得多：山脊在早晚时段的投影、排间互遮挡、以及午后积云快速移动形成的不规则遮光，都在考验组串的电流平衡能力。飞虎组件通过重构电池排布拓扑与电气架构，抗阴影遮挡性能成倍提升。即使局部被山影或云影覆盖，组件内部仍能维持高电流输出，将遮挡引发的整串失配损耗压至最低。
希腊中部山地清晨薄雾频繁，黄昏日照角度低，低辐照时段同样是电站全天发电曲线中不可忽视的组成部分。飞虎组件在低辐照条件下保持高比例功率输出，弱光响应能力显著优于常规产品，有效延长每日高价值发电时长，保障电站全时段稳定发电能力。
(Using AI translation)
（使用AI翻译）
