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Leading-edge technologies in hydropower development in China 被引量:1

Leading-edge technologies in hydropower development in China
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摘要 After the implementation of the Reform and Opening-up Policy for a period of 40 years, the exploitation of Chin a's hydropower resources developed significa ntly. Through vast amounts of scie ntific and tech no logical research and construction practices, China has accumulated abundant engineering experience with respect to the construction technologies required for 300-meter-high concrete arch dams, 200-meter-high roller-compacted concrete gravity dams, 200-meter-high concrete face rockfill dams, 250?meter?high earth core rockfill dams, large-flow discharge and energy dissipation, huge underground cavern group constructions, complicated foundation treatments for high earth and rockfill dams and high and steep slope reinforceme nts. These series of tech no logies have now reached an inter national leadi ng level. In the near future, these technical improvements will likely have broader application prospects and make greater contributions toward hydropower development both in China and across the world. After the implementation of the Reform and Opening-up Policy for a period of 40 years,the exploitation of China’s hydropower resources developed significantly.Through vast amounts of scientific and technological research and construction practices,China has accumulated abundant engineering experience with respect to the construction technologies required for 300-meter-high concrete arch dams,200-meter-high roller-compacted concrete gravity dams,200-meter-high concrete face rockfill dams,250-meter-high earth core rockfill dams,large-flow discharge and energy dissipation,huge underground cavern group constructions,complicated foundation treatments for high earth and rockfill dams and high and steep slope reinforcements.These series of technologies have now reached an international leading level.In the near future,these technical improvements will likely have broader application prospects and make greater contributions toward hydropower development both in China and across the world.
出处 《Global Energy Interconnection》 2019年第3期244-253,共10页 全球能源互联网(英文版)
基金 supported by the National Key Basic Research Development Plan(973 Plan)(2013CB036400)
关键词 GEI GLOBAL Energy INTERCONNECTION UHVDC GRID construction GEI Global Energy Interconnection UHVDC Grid construction
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