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By 2023, the global solar house kit materials market will exceed $35 billion


Published by Mars September 12,2019

   According to a report by Global Market Insights, a market research and consulting services provider, the global solar house kit materials market is expected to exceed $35 billion by 2023. North America will grow at a significant rate, with the United States and Canada expected to have a large share, thanks to industrial growth and government influence in the region.


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    Solar house kit systems convert sunlight into electricity for people to use. This renewable energy source is reliable, safe, easy to install, and generates less operating costs. These solar house kit systems help provide safe, clean, non-polluting and affordable power. A successful solar house kit installation can power over 15 years with low maintenance costs and no fuel costs.


   Solar house kit materials can be divided into polysilicon, monocrystalline silicon, amorphous silicon, copper indium gallium selenide, cadmium telluride, crystalline silicon and copper photovoltaic cables. Crystalline silicon is the leading semiconductor material that helps produce solar energy from sunlight. Due to the semi-semiconductor material properties of polysilicon, it is used as a raw material in most complete solar kit applications and may grow at a high rate in the future.



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    Amorphous silicon is in the form of amorphous silicon used in solar cells or thin film solar cells. Such materials are expected to grow very slowly due to fierce competition from conventional crystalline silicon materials and thin film technologies such as copper indium gallium selenide and cadmium telluride.Copper indium gallium selenide is a semiconductor material used in CIGS solar cells, a thin film complete solar kit technology. This type of material may witness a significant increase as it produces lightweight and highly flexible solar panels. Copper photovoltaic cables are used to connect arrays, modules, and graded sites. The growing trend of clean and renewable energy technologies may actively drive this growth in the complete solar kit sector.

     More than 39% of the world's energy is produced by coal, which brings environmental pollution. Worrying environmental conditions coupled with increasing energy consumption may affect the industry's shift to longer-lasting, more valuable energy sources. These factors will have a positive impact on the growth of the complete solar kit materials market.

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