Further Good News|HY SOLAR Won 100MW PV Module Project

In early June, HY SOLAR signed a module supply contract with the client to provide HY SOLAR HP series 650/655W 210 PERC PV modules with a total amount of 100MW. After the 2023 SNEC HY SOLAR successively received orders over hundred megawatt scale, which obviously indicates the market and customers show a high recognition of HY SOLAR module products.

The HY SOLAR module products supplied will be applied to the PV project combined with agriculture of roughly 100MW scale in Xiadong Town, Dianbai District, Guangdong. The project will make use of eligible land resources such as local gardens, ponds and abandoned land in Xiadong Town to build a PV power station. It is estimated that the annual power generation capacity of this project will reach 97 million KWH and the annual output value will be about RMB 50 million, which will bring nearly RMB 10 million tax revenue to Dianbai District every year. The design height of the PV panel in the power station is 2.5 meters, and the corresponding pile spacing is designed according to the requirements of different crops, so that while generating green energy, the planting requirements can also be fully met. This allows local residents to “grow sweet potatoes under the photovoltaic panels” and “grow lysimachiae herba under the photovoltaic panels”, creating double economic benefits from the same piece of land, promoting the transformation of energy green structure and bringing additional benefits to the local area.

The module products provided by HY SOLAR for this project are HP series 210 double-glass 66 version PERC modules, with a efficiency of 21.57% and power generation from both sides, which is applicable to the large-scale ground power stations scenarios, realizes the optimal system LCOE, and continuously creates excellent value for customers.

As a practitioner of the energy revolution, HY SOLAR will continue to provide customers with high-power, high-efficiency and high-reliability module products, so as to facilitate the implementation of more scenarios, and also meet the rapidly growing demand for PV power generation in agricultural farming, residential and commercial and industrial scenarios.