Remarkable Achievements of Photovoltaic Driven Desert Irrigation

Remarkable Achievements of Photovoltaic Driven Desert Irrigation

What You Need to Pay Attention to about Roof Distributed Photovoltaic Du liest Remarkable Achievements of Photovoltaic Driven Desert Irrigation 4 Minuten Weiter The Hot-spot Effect of Photovoltaic Modules

In Xinjiang, China, the solar power generation system along the highway shelter forest in the hinterland of Taklimakan desert has become a new type of green energy in recent years. According to statistics, the 98th solar power generation system installed has been completed. The highway shelter forest irrigation project known as the "dead desert" in China is under way. The layout of solar power generation system in the desert is of great significance. It can not only provide electric irrigation for the shelter forest along the line, but also play a role in road maintenance. Then, driven by the solar power generation system, what gratifying changes have been made in the so-called "dead desert" highway shelter forest irrigation project in China?

1:Water conservation, desert oasis reappearance

With the shelter of the solar power generation system and its supporting auxiliary infrastructure, it can effectively reduce water evaporation, increase air humidity, speed up the land internal circulation of air, and the native animals and plants in the desert area begin to return, which is conducive to the restoration of desert vegetation, and finally form a desert oasis, enriching the ecological diversity and biodiversity of the desert area.

                        

2:Windbreak and sand fixation to ensure smooth transportation

The desert area is deep inland, and its unique terrain and climate environment have created a hot and dry weather appearance of flying sand and rocks. Protective forests are arranged along the highway to prevent the roads from being eroded and damaged by the wind and sand. To a certain extent, it can slow down the pace of wind and sand movement and ensure the safety and accessibility of transportation.

3:Water and soil conservation to reduce production losses

For farmers, the wind carries away not only sediment, but also the land resources they depend on for survival. The construction of shelter forests has weakened the strength and strength of the wind to a certain extent, water and soil can be conserved and kept fundamental, the loss of agricultural production will be reduced, and the farmers' economic income and happiness index will be improved, thanks to the construction of photovoltaic driven highway shelter forests.

The reappearance of desert oasis has shown us the hope of greening the desert. At the same time, it has also proved the feasibility of desert layout solar power generation system. In the future, solar power generation will play a greater role in desertification control. Let's wait and see.

                      

SOLARPARTS, as a modern high-tech enterprise in the photovoltaic industry, is a product manufacturer specializing in the R & D, manufacturing and sales of crystalline silicon solar panels and photovoltaic application products. Its solar glass panels have strong weak light and high photoelectric conversion efficiency; The outer layer is protected by high-quality tempered glass, and the anodic aluminum alloy frame is durable; Service life of more than 25 years, high gloss, anti ultraviolet and anti-aging; It supports installation in a variety of scenarios and can be adjusted according to needs. It is the best choice for solar power generation system. It can continuously provide power supply for highway shelter forest irrigation and ensure the smooth implementation of irrigation projects.   

Welcome to SOLARPARTS. We will provide you with scheme design and technical support for photovoltaic driven desertification control, so that the solar power generation system can be applied to places where it is more needed. Welcome to call us for advice:

Phone: +86-13923729619   Fax: +86-755-28720791

WhatsApp: +86-13923729619  Wechat: 13510027129

Email address: Philip@isolarparts.com

Homepage: www.isolarparts.com

 

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