The conversion efficiency of the module reaches up to 20.3%. As a bifacial module, it can generate more power over 25% compared with that of the conventional module. It has a wide range of application scenarios. The half-cell technology not only produces higher power and less heat loss, but also reduces the influence of shadow on the power generation. Its internal power loss is reduced to 1/4 of that of the whole module. And the shadow shielding loss is less than that of the whole, thus increasing the power by 5%.
The conversion efficiency of the components reaches 20.4%, and the half-piece technology is used to reduce the hot spot effect, reduce the working temperature and effectively improve the power generation efficiency.
410WP module power will maximize system capacity and increase power generation. The conversion efficiency of the components reaches more than 20.4%, and the half-cell technology is used to reduce the hot spot effect, reduce the working temperature and effectively improve the power generation efficiency.
The lightweight mono PERC module is 75% lighter compared with the normal one. There is no need to fix the mounting system, the weight of the PV power station is greatly reduced. Thus without sufficient load, the PV power station can also be built in the metal sheet roof.
The conversion efficiency of the modules reaches 20.6%, and the half-piece technology is used to reduce the hot spot effect, reduce the working temperature and effectively improve the power generation efficiency.
Ultra-high switching frequency. Ultra-low temperature rise. High efficiency, high reliability and single four-layer board design greatly reduce hidden dangers. It is suitable for installation projects of photovoltaic systems of different residential types, commercial and industrial types. EPM can be equipped with built-in anti-counter current controller, which supports RS485, WIFI, GPRS, Ethernet and other communication modes.
The conversion efficiency of the module reaches up to 20.3%. As a bifacial module, it can generate more power over 25% compared with that of the conventional module. It has a wide range of application scenarios. The half-cell technology not only produces higher power and less heat loss, but also reduces the influence of shadow on the power generation. Its internal power loss is reduced to 1/4 of that of the whole module. And the shadow shielding loss is less than that of the whole, thus increasing the power by 5%.
The conversion efficiency of the components reaches 20.4%, and the half-piece technology is used to reduce the hot spot effect, reduce the working temperature and effectively improve the power generation efficiency.
410WP module power will maximize system capacity and increase power generation. The conversion efficiency of the components reaches more than 20.4%, and the half-cell technology is used to reduce the hot spot effect, reduce the working temperature and effectively improve the power generation efficiency.
The lightweight mono PERC module is 75% lighter compared with the normal one. There is no need to fix the mounting system, the weight of the PV power station is greatly reduced. Thus without sufficient load, the PV power station can also be built in the metal sheet roof.
The conversion efficiency of the modules reaches 20.6%, and the half-piece technology is used to reduce the hot spot effect, reduce the working temperature and effectively improve the power generation efficiency.
Ultra-high switching frequency. Ultra-low temperature rise. High efficiency, high reliability and single four-layer board design greatly reduce hidden dangers. It is suitable for installation projects of photovoltaic systems of different residential types, commercial and industrial types. EPM can be equipped with built-in anti-counter current controller, which supports RS485, WIFI, GPRS, Ethernet and other communication modes.
The 30K inverter is suitable for residential, industrial and commercial photovoltaic system installation projects. 4-channel MPPT access and accurate MPPT algorithm make it more flexible and efficient. There is intelligent monitor of DC string groups, supporting intelligent I-V curve scanning diagnosis. 30% DC overmatch. 13A current input. Over 98.8% Maximum efficiency.
The 33K inverter is suitable for residential, industrial and commercial photovoltaic system installation projects. 4-channel MPPT access and accurate MPPT algorithm make it more flexible and efficient. There is intelligent monitor of DC string groups, supporting intelligent I-V curve scanning diagnosis. 30% DC overmatch. 13A current input. Over 98.8% Maximum efficiency.
The 36K inverter is suitable for residential, industrial and commercial photovoltaic system installation projects. 4-channel MPPT access and accurate MPPT algorithm make it more flexible and efficient. There is intelligent monitor of DC string groups, supporting intelligent I-V curve scanning diagnosis. 30% DC overmatch. 13A current input. Over 98.8% Maximum efficiency.
The 40K inverter is suitable for residential, industrial and commercial photovoltaic system installation projects. 4-channel MPPT access and accurate MPPT algorithm make it more flexible and efficient. There is intelligent monitor of DC string groups, supporting intelligent I-V curve scanning diagnosis. 30% DC overmatch. 13A current input. Over 98.8% Maximum efficiency.
