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 photovoltaic mounting system is suitable for various types of metal sheet rooftops photovoltaic power stations. The system is developed and designed for different metal sheet rooftop structures without damaging the roof. Different structures correspond to different special fixtures, providing more convenient, safer and more economical solutions for photovoltaic projects.

The 4mm2 DC cable is specialized in PV stations with the maximum ambient temperature of 90 ℃ while operating. According to 2PfG 1169/08. 2007, the cable is suitable for the maximum allowable DC voltage of 1.8 KV (in non-grounded system, core-to-core).

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 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 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.

The 80K inverter is suitable for industrial and commercial photovoltaic installation projects. Maximum 9/10 MPPT reduces the influence of group-string mismatch. It supports 13A current input. 1.5 times DC overmatch, efficient control algorithm and, 98.7% maximum efficiency, all greatly improve the power station revenue.

The 100K inverter is suitable for industrial and commercial photovoltaic installation projects. 10 MPPT design. Single string 13A current input. AFCI DC arc fault protection. Long service life. Intelligent string monitoring and I-V curve scanning, accurately locating abnormal strings.

110K inverter is suitable for industrial and commercial photovoltaic installation projects. 10 MPPT design. Single string 13A current input. AFCI DC arc fault protection. Long service life. DC "Y" connection is suitable. The AC side supports to connect with large aluminum alloy cables. Intelligent string monitoring and I-V curve scanning, accurately locating abnormal strings.

The photovoltaic mounting system is suitable for flat or inclined rooftops made of concrete as fixed foundation. The system adopts 100% high-strength aluminum alloy structural parts, with strong corrosion resistance, light weight, good strength and nice appearance. The highly pre-installed support structure effectively improves the installation efficiency and saves time and labor costs for the construction of photovoltaic projects.

The photovoltaic mounting system is suitable for solar energy installation systems of various flat roof projects. Through perfect connection with cement foundation and cement strips, the photovoltaic system can meet the needs of different projects. Professional structural design can ensure system strength, save cost. It’s safe and reliable.

The 6mm2 DC cable is specialized in PV stations with the maximum ambient temperature of 90 ℃ while operating. According to 2PfG 1169/08. 2007, the cable is suitable for the maximum allowable DC voltage of 1.8 KV (in non-grounded system, core-to-core).

Double Glazed Module End Clamp can be used for polycrystalline or monocrystalline modules with frame. The length is generally more than 80mm. It can be used to clamp 5-7mm double-glazing photovoltaic panels. It is made of high-quality aluminum alloy. The surface is anodized.

Mid Solar Clamps can be used for polycrystalline or monocrystalline modules with frame. The length is generally more than 80mm. It can be used to clamp 5-7mm double-glazing photovoltaic panels. It is made of high-quality aluminum alloy. The surface is anodized. There are hexagon nuts and matching bolts. It can be applied in distributed and residential PV projects, suitable for multiple brands of thin film battery panels.

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.