section_path: Sectors/Energy and mineral resources/Hydroelectric resources
section_name: Hydroelectric resources
paragraph_text: Hydroelectric resources
  
  China has an abundant potential for hydroelectric power production due to its considerable river network and mountainous terrain. Most of the total hydroelectric capacity is situated in the southwest of the country, where coal supplies are poor but demand for energy is rising swiftly. The potential in the northeast is fairly small, but it was there that the first hydroelectric stations were built – by the Japanese during its occupation of Manchuria.
  
  Thirteen years in construction at a cost of $24 billion, the immense Three Gorges Dam across the Yangtze River was essentially completed in 2006 and produced more than 100TWh of energy in 2018.
  
  China has an abundant potential for hydroelectric power production due to its considerable river network and mountainous terrain. Most of the total hydroelectric capacity is situated in the southwest of the country, where coal supplies are poor but demand for energy is rising swiftly. The potential in the northeast is fairly small, but it was there that the first hydroelectric stations were built – by the Japanese during its occupation of Manchuria.
  
  Thirteen years in construction at a cost of $24 billion, the immense Three Gorges Dam across the Yangtze River was essentially completed in 2006 and produced more than 100TWh of energy in 2018.
  
  China has an abundant potential for hydroelectric power production due to its considerable river network and mountainous terrain. Most of the total hydroelectric capacity is situated in the southwest of the country, where coal supplies are poor but demand for energy is rising swiftly. The potential in the northeast is fairly small, but it was there that the first hydroelectric stations were built – by the Japanese during its occupation of Manchuria.
  
  Thirteen years in construction at a cost of $24 billion, the immense Three Gorges Dam across the Yangtze River was essentially completed in 2006 and produced more than 100TWh of energy in 2018.