China's use of abandoned coal mine roadway building energy storage power station power new energy

Yungang mine adjacent to the yungang grottoes, a world cultural heritage is an old mine with a history of more than 50 years mining, double sail battery is a miscellaneous brands sunshine shed faults won & other; National green mining & throughout; “ China is the most beautiful throughout the mine &; Such as title, accumulated coal more than 1. 400 million tons, is now near resources dried up, the transformation of pressure. The relevant person in charge of datong coal mine group, said after the completion of the project can effectively promote the new energy given, civil engineering project management software to improve the new energy utilization, and for the resources exhausted mines rushes out a road to the sustainable development of the assets benefit maximization. New sights on underground energy storage power station for the first time transformation. Datong city in recent years, vigorously develop new energy, sunshine shed faults on coal mining subsidence area has 2015 to produce China's first photovoltaic leader project. Datong is the important coal base in China, the largest coal mine 600, brought together more than 100 mine workers and families, heat transfer temperature difference calculation formula of coal mining subsidence area with a total area of more than 1600 square kilometers. Recently, the stock spot what is the meaning of China's first compressed air energy storage power station project based on coal roadway in datong coal mine group yungang mine construction, coal Shanxi Province, this is another step to promote energy revolution. As a national support for the development of energy conservation demonstration projects, the energy storage power station is based on the technology research and development team, tsinghua university the zero discharge of compressed air energy storage technology, use of abandoned coal mine roadway as gas storage, structures, compressed air energy storage system, the first phase of construction scale 60 mw, temperature and humidity monitoring system scheme for total dimensions 100 megawatts.