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百兆瓦风电并网,为天水新能源发展按下“快进键”
Zhong Guo Neng Yuan Wang·2025-05-22 09:48

Core Insights - The Pinglongshan 110 kV Xinhua Xingren Wind Power Plant in Tianshui City has officially been integrated into the Gansu power grid, with a total installed capacity of 100 MW [1] - The project is expected to generate an annual grid-connected electricity output of 190 million kWh, equivalent to saving approximately 62,000 tons of standard coal and reducing CO2 emissions by over 174,000 tons annually [3] Group 1: Environmental Impact - The project embodies a green development philosophy throughout its construction, aiming to be a "demonstration project for energy conservation" by optimizing transmission line routes and using low-loss equipment [3] - An intelligent operation and maintenance system will be introduced during the operational phase to maximize wind turbine efficiency through big data analysis, ensuring that every kilowatt-hour produced is marked as "green" [3] - This comprehensive environmental practice sets a sustainable development benchmark for renewable energy projects in the northwest region [3] Group 2: Economic Impact - The construction phase has already created hundreds of jobs across various sectors, including tower manufacturing and road construction, contributing to local economic growth [3] - Post-operation, the project will generate stable demand for technical talent, fostering the development of emerging professions in equipment maintenance and energy management [3] Group 3: Infrastructure Development - To ensure the effective delivery and utilization of "green electricity," the State Grid Tianshui Power Supply Company has established a "green expressway" and initiated power grid upgrade projects [3] - The capacity for integrating renewable energy into the grid has been enhanced through intelligent scheduling systems and upgrades to transmission lines [3] - An innovative "grid connection service team" mechanism has been introduced to provide comprehensive support, reducing the project’s grid connection time by 30% [3]