Recently, the results of the 21st batch of centralized bidding (the second batch of photovoltaic mounting structures) of the SPIC in 2022 were announced. With its outstanding performance, excellent design, high-quality service and good market reputation, Versolsolar stood out from many competitors and successfully won the bid for the horizontal single-axis tracking support 400MW project of the photovoltaic demonstration project in southern Ganzi Prefecture,and the fixed mounting structure Northwest Regional bid section 1 and southwest area bid section 3, with a procurement capacity of 532 MW and a reserve capacity of 532 MW.
Winning the bid this time is undoubtedly another affirmation of the company's comprehensive strength and technical level in the industry, and it is also a high recognition of Versol's brand and products. The successful bidding this time is inseparable from the correct decision-making of the company's leaders and the full cooperation of personnel from various departments. At the same time, it has great significance to the company's market expansion and reflects the company's increasingly strong core competitiveness.
It is reported that the Zhengdou Photovoltaic Demonstration Experimental Base project we won this time is located in Dinggong Grassland, Zhengdou Township, Xiangcheng County, Ganzi Prefecture, Sichuan Province.With a total installed capacity of 400,000 kilowatts, the project is the world's first ultra-high-altitude photovoltaic demonstration base, and is currently the largest single-scale photovoltaic power generation project in Sichuan Province.It is planned to be completed and put into operation in September 2022.After the completion of the project, it can realize an annual power generation of about 774 million kWh, save 238,000 tons of standard coal and reduce carbon dioxide emissions by 650,000 tons per year. The demonstration base has three characteristics of ultra-high altitude, ecological restoration, and photovoltaic intelligence, and adopts the comprehensive development model of "photovoltaic + ecological governance + rural revitalization".In view of the environmental factors such as high altitude, low pressure, cold climate and fragile ecology in the project site, as well as the continuous undulating and irregular terrain, Versol employed its many years of tracking technology advantages and project implementation experience, followed the principle of adapting to local conditions, and adopted a single row of independent drive tracking mounting system solution which could adapt to the local terrain better, make arrangement more flexible, and improving land utilization at the same time.The tracking system applies a number of technologies, including materials with higher corrosion resistance, 1P and 2P component arrangement, single-point and multi-point synchronous drive, adaptation to high altitude and cold climate, terrain adaptive algorithm, etc.
The implementation of the Ganzi Photovoltaic Demonstration Base has great demonstration significance. It is not only a demonstration of the application of photovoltaic equipment, materials, technologies, and solutions in the alpine region represented by Sichuan, but also will provide a typical reference for the new energy development model in Southwest China. Versol attaches great importance to this project and is currently actively carrying out production work. It will interpret high-quality contract performance with perfect delivery and go all out to ensure the smooth construction of the Ganzi Photovoltaic Demonstration Base Project.
Versolsolar always adheres to the principles of green development and win-win cooperation, adheres to the development concept of technological innovation, and provides customers with comprehensive, fast, innovative and efficient photovoltaic support solutions. With the mission of "Enabling Technology, Realizing Green Dreams", we will continue to contribute "Versol Power" to building a green, intelligent and efficient energy environment, promoting sustainable development, and helping the realization of the dual carbon goals.
