Warmly celebrate Hunan Gongchuang Photovoltaic Technology Co., Ltd. purchasing our steady-state solar simulator! This steady-state solar simulator is used to test the electrical properties and weather resistance of thin-film photovoltaic cell modules for outdoor use. The radiant system is designed to meet the specific requirements of the test procedure in 10.9 "Hot Spot Durability Test", 10.19 "Light Immersion Bath" of the International Electrotechnical Commission's standard IEC 61215/61646.

Hunan Gongchuang Photovoltaic Technology Co., Ltd., referred to as Gongchuang PV (English abbreviation: Gongchuang PV), is the first company in Hunan Province engaged in the development of high-efficiency silicon-based thin film battery module technology, photovoltaic product manufacturing, and photovoltaic products applied to grid-connected, off-grid solar energy Power station, and a pioneer enterprise of photovoltaic building integration. In 2011, it was approved as "Hunan Provincial Engineering Research Center for Silicon-Based Thin Film Solar Cells".

Founded in 2009, the company is located in Hengyang National High-tech Development Zone and Comprehensive Bonded Zone, with a registered capital of 200 million yuan. The legal representative and chairman Mr. Xie Hui (the 11th National People's Congress representative), the first phase of production capacity is 50MW, in 2015 The expected annual production capacity is 500MW. As of October 2012, the total assets exceeded 800 million yuan, the annual sales reached hundreds of millions of yuan, and there were 238 employees, more than 85% of which had a bachelor's degree or above.

Based on the introduction of the world's leading automatic production line of amorphous/microcrystalline double-junction thin-film solar cells, Co-Creation Photovoltaics independently innovates and owns its own process technology. It is the commercial product with the highest photoelectric conversion efficiency in the world. The low-voltage, high-efficiency silicon-based thin-film solar cell modules produced by the co-creation of photovoltaics can be widely used in photovoltaic building integration fields such as ground, household, and commercial rooftop power stations, photovoltaic agriculture, and photovoltaic curtain walls. It has broad market prospects and social benefits, and has far-reaching significance for improving energy consumption structure, saving increasingly scarce fossil energy, reducing carbon emissions, and developing a low-carbon economy.