How Are Silicon-Based Solar PV Modules Created?

Accomplished professional engineer Steve Verschoor holds a degree in electrical engineering from the Keller School of Management. Currently, Steve Verschoor serves as the co-founder of GTSP Global in Idaho, where he has secured a number of global solar and polysilicon contracts.

Polysilicon refers to a pure form of silicone, a synthetic plastic material that includes fluids, resins, and elastomers with many commercial applications. The second most abundant element on earth, polysilicon offers semiconductor-like properties perfect for solar energy applications and constructing solar photovoltaics.

To construct solar photovoltaics from polysilicon, the material must first be melted into a liquid state and formed into silicon crystal blocks. Following this phase, the silicon blocks are squared off and then sliced into thin strips. The strips can then be processed into solar cells capable of converting sunlight to energy. Finally, the solar cells are combined to form a module that can be integrated into a variety of solar energy systems and applications.

Inner Mongolia Site for New Chinese Hybrid Solar Power Project

Experienced product and sales engineer Steve Verschoor possesses several credentials in engineering and executive training, including a bachelor’s in electrical engineering from the Keller School of Management and a Executive MBA from Stanford University. Since 2006, Steve Verschoor has served as the head of sales for GTSP Global, a manufacturer for solar panel networks. In this role, he supports clients around the world, including in the Middle East and China.

Due to its massive green energy projects, China is one of the largest consumers of solar energy supplies in the world. Shortly after the completion of the second-largest solar plant in the world in the city of Qinghai, state-owned energy company China Energy Investment Corp announced an agreement with a municipal government in inner Mongolia to construct a massive solar- and hydrogen-powered facility in the city of Yijin Holo Banner. When complete, the hybrid facility will generate five gigawatts of energy, enough to power more than a million homes.

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