With the arrival of early autumn, Versolsolar has been raising its "bids" all the way, winning the bids for many large photovoltaic mounting projects in Tibet, Xinjiang, Yunnan and other places. The number of winning bids exceeds 2GW. Good news spread consequently , so come and see here.
Tibet Huadian Changdu Mangkang Angduo 1800MW photovoltaic power generation project photovoltaic field area III bid section (700MW)
The Angdo 1,800 MW photovoltaic power generation project section III project is located in Mangkang County, with an altitude of 4,200 to 4,800 meters. This project is the first new energy development project in the clean energy base in the upper reaches of the Jinsha River and is currently the largest in the world under construction, the highest clean energy power generation project. After the project is completed, the annual power generation will be approximately 5.4 billion kilowatt-hours, saving approximately 1.6 million tons of standard coal every year, reducing carbon dioxide emissions by approximately 3.74 million tons, and contributing an average annual tax revenue of approximately 140 million. In order to help achieve the "double carbon" goal, it is of great significance to speed up the construction of a national water, wind and solar integration demonstration base and promote Tibet's economic development.
480 MW photovoltaic power generation project of the 10th Regiment of the First Division of the State Power Investment Corporation
The 400 MW photovoltaic project of the 10th Regiment of the 1st Division of the Xinjiang Corps is located near Huangshaliang of the 10th Regiment of Alar City, Xinjiang Corps, with an elevation of approximately 1,050 meters and an area of approximately 12,700 acres. This time, the photovoltaic power generation project was built according to local conditions based on the geographical characteristics of Xinjiang, such as vast land, sparsely populated areas, and long sunshine hours, bringing new vitality to the Gobi, "planting" the "sun" on this land, and "painting" the desolate land. "New colors. After the completion of the project, on the one hand, it will provide the Aksu region with more abundant power resources and effectively solve the power consumption problem in Xinjiang. On the other hand, the construction of photovoltaic power generation projects will help implement the national energy green and low-carbon transformation goals.
SPIC Guizhou Weining County Hella Haiyuan 200MW agricultural photovoltaic power station project
This project is located in Weining County, Bijie City, with a construction scale of 200MW. Weining County has an altitude of 2,200 to 3,000 meters and is rich in light resources. It is the largest multi-ethnic county in Guizhou Province with the largest area, the highest altitude and the most populous population. It is currently also a key county for national rural revitalization. The construction of the project will not only improve the power supply structure, alleviate the contradiction between local power supply and demand, but also provide a large amount of clean energy for the local area. What’s more, the "photovoltaic + agriculture" model is of great significance for strengthening the village collective economy and promoting the rural revitalization strategy.
SPIC Dongchuan Ecological Management and Restoration Photovoltaic Project in Kunming City, Yunnan Province (230MW)
Dongchuan Ecological Management and Restoration Photovoltaic Power Station Project is located in Shekuai Township and Yinmin Town, covering an area of about 5,000 acres. The project takes into account the functions of ecological management and vegetation restoration, as well as the comprehensive benefits of photovoltaic + agriculture, photovoltaic + animal husbandry, realizes solar power generation and intensive and three-dimensional comprehensive utilization of land, promotes land management and ecological environment improvement in the project site and surrounding areas, and creates a "photovoltaic + Ecological + Comprehensive Utilization” model project. After completion, it can provide 463 million kilowatt hours of clean electricity every year. Compared with coal-fired power plants, the project can save 145,800 tons of standard coal every year and reduce the emission of more than 900 tons of air pollutants.
China Construction Third Engineering Bureau Saner'an Clean Energy Division's 23-year photovoltaic bracket framework bidding project
Successfully winning the bid to be shortlisted for the 23-year photovoltaic bracket framework centralized procurement bidding of the China Construction Third Engineering Bureau Saner'an Clean Energy Division is a new starting point for Versolsolar and China Construction Third Engineering Bureau to deepen cooperation. China Construction Third Engineering Bureau is the most competitive core member enterprise of China Construction Group, the world's largest investment and construction group. It is the country's first new special-grade qualification enterprise for general contracting of housing construction with full coverage of the industry. From creating "Shenzhen Speed", writing synonymous with China's reform and opening up; to creating "China Speed", it took more than ten days and nights to build Huoshenshan and Leishenshan Hospitals, achieving miracles in the history of world architecture; China Construction Third Engineering Bureau has always adhered to the "dare to be the first in the world" , the spirit of always striving for first place. This cooperation will give full play to each other's strengths and expertise in their respective professional fields, rely on the comprehensive strength of China Construction Third Engineering Bureau in the field of photovoltaic construction, and integrate the advantages of Versolsolar in technology research and development, quality control, patent reserves, etc., to realize the industrial chain A strong alliance within the scope.
clean electricity every year. Compared with coal-fired power plants, the project can save 145,800 tons of standard coal every year and reduce the emission of more than 900 tons of air pollutants.
