Ground solar photovoltaic base under desert condition

Abstract

The invention discloses a ground solar photovoltaic base under a desert environmental condition. The photovoltaic base is divided into a plurality of rectangular or square cells, a 1MW or 2MW solar photovoltaic panel array can be accommodated in each cell, then desert plants are planted around each cell by adopting an irrigation-free planting technology, and one to multiple rows of desert plants can further be planted between panel sets in the cells; shade-enduring plants with economic value are planted below solar photovoltaic panels; multiple rows of desert plants are planted to form a protection forest outside a region consisting of a plurality of cells by adopting the irrigation-free planting technology. According to the ground solar photovoltaic base, the greening aesthetics of the ground solar photovoltaic base for a desert area can be effectively improved, washing frequency and cost can be reduced, water resource loss can be reduced, and in addition, certain economic income can be increased; therefore, the ground solar photovoltaic base has broad application prospect.

Description

technical field [0001] The invention relates to a ground-type solar photovoltaic base under desert environment conditions, and belongs to the technical field of combining ecological photovoltaic and desertification prevention and control. Background technique [0002] Solar energy is the cleanest, safest and most reliable energy source in the future. Developed countries are taking the development and utilization of solar energy as the main content of the long-term planning of the energy revolution. The photovoltaic industry is increasingly becoming another explosive development industry after the IT and microelectronics industries in the world. From the perspective of regional distribution, my country's solar photovoltaic industry bases were mainly concentrated in the Bohai Rim region, Jiangsu in the Yangtze River Delta region, Hubei and Guangdong in South China, and formed ecological photovoltaic models such as planting grass, raising chickens, and raising fish. Restricted ...

AI Technical Summary

Problems solved by technology

Due to the lack of low-input and low-water-consumption desert ecological control technology, the existing desert ecological photovoltaic model is single, mainly the ecological photovoltaic greenhouse model, and this model requires too much investment

Perennial sandstorms in desert areas not only increase the cleaning cost of photovoltaic enterprises, reduce the power generation effect, but also intensify the consumption of water resources in ecologically fragile areas in the northwest; they cannot effectively promote the income of local farmers and herdsmen

As a result, solar photovoltaic companies face greater resistance in various aspects when filing and applying for approval in the northwest region.

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