taiyangnews 03月23日
Hi-MO 9's power generation demonstration in Yinchuan achieves a gain of 18%
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Hi-MO 9 组件采用 HPBC 2.0 技术,有效应对遮挡挑战。其独特的“弱导通”设计使组件绕过遮挡物,确保其他部分正常发电,显著降低整体功率损失。该技术还能减少遮挡处的发电量,避免局部过热和火灾风险。在银川的示范电站中,Hi-MO 9 在模拟电线杆或风机塔影的遮挡环境下,其发电量显著高于 TOPCon 组件,总能量输出高出 83.764kWh,每千瓦能量产出高出 5.985kWh,发电增益高达 21.03%。Hi-MO 9 能够恢复高达 70% 的功率损失,平均能量增益为 18%,在高太阳辐照时甚至超过 30%,展现了其在遮挡条件下的强大发电能力。

💡 Hi-MO 9 采用 HPBC 2.0 技术,核心在于其“弱导通”设计,该设计允许组件绕过遮挡物,确保未被遮挡的部分继续正常发电。

⚡ Hi-MO 9 技术能有效减少遮挡处的发电量,从而避免局部过热问题,降低火灾风险,提升组件的安全性。

📈 在银川的示范电站测试中,Hi-MO 9 在模拟遮挡环境下,其总能量输出比 TOPCon 组件高出 83.764kWh,每千瓦能量产出高出 5.985kWh,发电增益达 21.03%。

☀️ Hi-MO 9 专门设计用于应对阴影遮挡,可恢复高达 70% 的功率损失,平均能量增益为 18%,在高太阳辐照时增益超过 30%。

The newly released Hi-MO 9 module can effectively respond to obstructions challenges using the HPBC 2.0 technology. Its unique "weak conduction" design allows the module to sidestep obstructions, ensuring that the rest of the module can still generate electricity normally, significantly reducing overall power loss. Moreover, this technology can effectively reduce the power generation at the obstruction, making the module bid farewell to local overheating issues and avoid fire risks.

In a definitive demonstration plant at Bingou, the resistance to obstructions was clear and immediate.

Throughout September and October of 2024, LONGi collaborated with clients to undertake a performance demonstration at Bingou site in Yinchuan. Adopting plastic piles to emulate the shadowing effect of electric poles or wind turbine towers, the project site's desert environment hosted the one-month trial. Each group consisting of 18 interconnected modules tied into a single string inverter system was tested to affirm the Hi-MO 9 and TOPCon modules' power generation capacity under customary obstructions and shadows. Within scenarios of simulated pole obscurations, the Hi-MO 9 module showcased its exceptional power generating prowess. Data from October 1st to 7th illustrated that its total energy output exceeded the TOPCon modules by 83.764kWh, and the energy yield per kilowatt outstripped the TOPCon modules by 5.985kWh, effectuating a substantial 21.03% enhancement in power generation gain. Generally speaking, the specialized design of Hi-MO 9 for combating shadow obstructions can recover up to 70% of power loss. The project's full-period average energy gain stood at 18%, which ascended beyond 30% during moments of high solar irradiance, thoroughly manifesting the prodigious power generation strength of the Hi-MO 9 under shaded conditions.

The high-energy second-generation BC module Hi-MO 9 makes shadow obstructions no longer a "hidden pain" for the safety and efficient power generation of power stations. As a builder of the green energy world, LONGi is providing end-users with more valuable and reliable high-income BC technology products. BC technology will drive the world towards a more sustainable green future.

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