Recently, Jinko Solar, a leading global photovoltaic company, signed a supply agreement for 264.3MW Tiger Neo 3.0 N-type high-efficiency double-sided modules in Romania, specifically for the construction of large-scale ground power plants in Romania.
Romania is located in Southeast Europe and has superior solar energy resources compared to the Central and Western European markets. With an annual effective sunshine duration of over 2000 hours, it is one of the fastest-growing markets for photovoltaics in the Central and Eastern European region. However, large power stations in the area are mostly located in the transitional zone between hills and plains at the southern foot of the Carpathian Mountains, with high temperatures in summer and surface temperatures often exceeding 40 ℃; In winter, it is influenced by continental climate, with alternating snow accumulation and low temperatures. How to achieve higher power generation output and lower electricity costs within a limited project budget has become the core consideration for investors. Feihu 3 is based on three core technologies, which integrate economic value throughout the entire lifecycle of the power station.
670W ultra-high power, higher comprehensive power generation
近日，全球领先的光伏企业晶科能源，签署罗马尼亚264.3MW飞虎3（Tiger Neo 3.0）N型高效双面组件供货协议，专项用于罗马尼亚大型地面电站建设。
罗马尼亚地处东南欧，太阳能资源优于中西欧市场，年有效日照时长可达2000小时以上，是中东欧地区光伏增长最快的市场之一。然而，当地大型电站多分布于喀尔巴阡山脉南麓的丘陵与平原过渡地带，夏季高温炎热，地表温度常突破40℃；冬季则受大陆性气候影响，积雪与低温交替出现。如何在有限的项目预算内实现更高的发电产出、更低的度电成本，成为投资方最核心的考量。飞虎3以三项核心技术为支点，将经济性价值贯穿电站全生命周期。
670W超高功率，综合发电量更高
The highest conversion efficiency of Feihu 3 in mass production reaches 24.8%, with a maximum single board power of 670W. Against the backdrop of continuously rising land and construction costs in Romania, higher single board power means that larger DC side capacity can be deployed in the same field area. It is estimated that the installed capacity of underground DC side can be increased by about 8% -10% for the same use, and the unit costs of brackets, pile foundations, DC cables, and installation labor are also simultaneously diluted. For a ground power station of this size, the increase in power density directly translates into initial investment savings of millions of euros, significantly optimizing the project's return on capital.
85 ± 5% high double-sided rate, additional power generation directly increases revenue
The Romanian power plant area is mostly composed of light colored grassland and sandy soil, which have good surface reflection conditions. The maximum double-sided rate of Feihu 3 can reach 90%, and the back can efficiently capture reflected light from the ground and scattered light from the sky, contributing considerable additional power generation. This part of the gain does not increase any land or equipment costs, but can continuously amplify the total power generation during the 30-year operation period, which is one of the most direct sources of cost reduction per kilowatt hour.
飞虎3量产最高转换效率达24.8%，单板功率最高670W。在罗马尼亚土地与施工成本持续攀升的背景下，更高的单板功率意味着同等场区面积可部署更大的直流侧容量，据测算，同等用地下直流侧装机容量可提升约8%—10%，支架、桩基、直流电缆及安装人工的单位成本也被同步摊薄。对于这一体量的地面电站而言，功率密度的提升直接转化为数百万欧元级别的初始投资节约，让项目资本金回报率显著优化。
85±5%高双面率，额外发电量直接增厚收益
罗马尼亚电站场区多为浅色草地与砂质土壤，具备良好的地表反射条件。飞虎3双面率最高可达90%，背面可高效捕捉地面反射光与天空散射光，贡献可观的额外发电增量。这部分增益不增加任何土地或设备成本，却能在30年运营期内持续放大发电总量，是度电成本下降最直接的来源之一。
Excellent weak light response+ultra-low temperature coefficient, ensuring uninterrupted power generation throughout the entire period
The high summer temperatures in Romania pose a direct threat to component power loss, and the Flying Tiger 3 has an ultra-low power temperature coefficient of -0.26%/℃, maintaining extremely low power temperature rise loss even in high temperature environments above 40 ℃. At the same time, Feihu 3 maintains a high proportion of power output under low irradiation conditions, and can continue to generate electricity during early morning and dusk periods, effectively extending the daily effective power generation window. The combination of two performance factors ensures that the power station does not experience significant power generation shrinkage during high temperature and dawn/dusk periods.
In addition, the anti shading performance of Feihu 3 has been greatly improved, effectively reducing shading losses in hilly terrain and dense array conditions; The leading guarantee of a first-year attenuation of less than 1% and a yearly linear attenuation of only 0.35% locks in predictable power generation revenue for the 30-year operation cycle of the project. The landing of this order confirms the technological value of Feihu 3 in the Southeast European ground power station market, with economy as its core competitiveness, and injects high return clean energy solutions into Romania's energy transformation.
卓越弱光响应+超低温度系数，全时段发电不缩水
罗马尼亚夏季高温对组件功率折损构成直接威胁，飞虎3具备-0.26%/℃的超低功率温度系数，在40℃以上高温环境中仍保持极低功率温升折损。同时，飞虎3在低辐照条件下保持高比例功率输出，清晨与黄昏时段仍能持续发电，有效拉长每日有效发电窗口。两项性能叠加，确保电站在高温与晨昏时段均不出现明显发电缩水。
此外，飞虎3抗阴影遮挡性能成倍提升，在丘陵地形与密集阵列条件下有效降低遮挡损耗；首年衰减低于1%、逐年线性衰减仅0.35%的领先保障，为项目30年运营周期锁定可预测的发电收益。此次订单的落地，印证了飞虎3在东南欧地面电站市场以经济性为核心竞争力的技术价值，也为罗马尼亚能源转型注入了高回报的清洁能源方案。
(Using AI translation)
（使用AI翻译）
