Solartech Solar Pumps Help Build the Maritime Silk Road and Develop the Large Market for Solar Water Conservancy Industry

 

The Guangdong 21st Century Maritime Silk Road International Expo (MSRE) 2021 was held in Guangzhou from September 24 to 26. At the opening ceremony, the leaders of CPPCC, of CCPIT, of Guangdong Provincial Standing Committee and Guangzhou Municipal Committee, the ambassadors of Silk Road-related countries to China and the leaders of related organizations participated by attending the meeting or addressed the meeting by video speeches. 

 

Solartech had exibited advanced Solar + Water Conservancy industrial technology. The related successful case in the Maritime Silk Road countries and regions were also showed to the visitors. The visitors were very interested  to know how to use of solar energy to solve agricultural production with convenient water supply, free electricity series of solar water pumping system products and solar water conservancy integrated solutions.

 

 

Shenzhen Solartech Renewable Energy Co., Ltd. ("Solartech"), in 2001 in the Taklamakan Desert built a desert road solar water-saving drip irrigation system, in 2004 in Shenzhen Tsinghua University Graduate School set up R&D center, In 2008 built the world's first solar pumping system manufacturing plant in Nanshan, Shenzhen. The series of products are used in agricultural irrigation, desert treatment, prairie livestock, seawater desalination, village water supply and urban water landscape in more than 130 countries and regions around the world.

 

 

The solar water conservancy industry technology initiated by Solartech has developed innovative application solutions of new energy based on cost and benefit for global agriculture, animal husbandry and forestry production, ecological restoration, food production, domestic water consumption and improvement of living environment.

 

 

Solartech initiated and promoted the solar water conservancy industry technology, for the global agricultural and forestry industry production, ecological restoration, grain production, domestic water and human settlements environment improvement, the development of new energy based on cost and efficiency of innovative application solutions. For the transformation of renewable energy, a large market for the solar water conservancy industry is created, ranging from urban development to rural development and agriculture. For the green development of agriculture, livestock and animal husbandry, the green development model of renewable energy solar water conservancy has been opened.

 

 

Solar + Water Conservancy, solar energy solution for agricultural irrigation and water supply, and development of solar power generation for agricultural, rural, desert and island areas where electricity is scarce, reduce significantly the cost of electricity for agricultural irrigation while reducing the cost of building electricity grids.

 

Solar + Agricultural Irrigation

Thailand: PB-G2 series municipal power complementary solar priority agricultural irrigation project

 

Indonesia: PB series coconut forest irrigation project in Sulawesi;
 

Bangladesh: PB series rice solar agricultural irrigation project
 

Philippine: PB series rice solar agricultural irrigation project
 

Turkey: PB series fruit farm solar agricultural irrigation project

Qatar: PB-G2 series solar and diesel generator complementary power supply agricultural irrigation project

 

Syrian: PB series wheat field solar agricultural irrigation project

 

Afghanistan: PB series 55kW solar agricultural irrigation project

Yemen: PB series banana garden solar agricultural irrigation project
 

Saudi Arabia: PB series solar agricultural irrigation project

Solar + Living Water Supply

Nepal: PB series solar domestic water supply project for mountain villages

 

Pakistan: PB series solar domestic water supply project

 

Water is the lifeblood of agriculture. The combination of solar and water conservancy can reduce the burden of electricity costs, reduce production costs, and facilitate the conversion of farmland to increase grain output. More social capital and enterprise organizations can be introduced to the development and construction of rural and agricultural industries.