KEYWORDS: Solar cells, Photovoltaics, Solar energy, Silicon solar cells, Solar radiation, Agriculture, Crystals, Signal attenuation, Medium wave, Solar concentrators
The combination of photovoltaics and agriculture is meaningful for the development of solar energy and saves land resources. This paper makes a systematic analysis of the first phase construction scheme of Taizhou 20 MW agrophotovoltaic power generation project. The photovoltaic station is built over a landfill and fish ponds. The power station is designed by analyzing the photovoltaic module type, operation mode, module array, power generation capacity, and financial issues. Generally, polysilicon photovoltaic modules with a capacity of 310 Wp are selected. The modules are divided into 20 units, and the open circuit voltage formula of the photovoltaic sub-array is 38.1 V. The modules are installed at a fixed inclination of 27°, with the center distance of the front and rear row components of 6.5 m. The project is a typical case of complementary agriculture and light, with obvious social and environmental benefits.
Wind power generation is important new energy. The development of wind power is of great significance for the realization of the carbon neutrality goal. This paper makes a detailed design of a 95MW wind power plant in Jiangsu Province, China by analyzing the wind turbine selection, layout design, financial and social impact assessment. The wind resource of the project has a wind power level of level 1. The project is designed to install 38 units with a single unit capacity of 2.5 MW and an installed capacity of 95 MW. The annual on-grid electricity is about 19570 MWh. This design scheme has certain profitability and good social and environmental value.
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