Ministry of water resources: photovoltaic and wind power projects shall not be built in rivers, lakes and reservoirs
Views : 1061
Update time : 2022-05-26 13:33:07
The construction of photovoltaic and wind power projects around lakes and in the branches of reservoirs shall be scientifically demonstrated and strictly controlled. They shall not be arranged in areas with flood control and water supply functions and water ecology and water environment protection needs, shall not hinder the smooth flow of flood, shall not endanger the safety of reservoir dams, dikes and other hydraulic engineering facilities, and shall not affect the stability of river regime and shipping safety.
According to the official wechat account of the Ministry of water resources "China water resources" on May 24, the Ministry of water resources recently issued the guiding opinions of the Ministry of water resources on strengthening the spatial control of river and lake shoreline.
The opinion points out that projects such as photovoltaic power plants and wind power generation shall not be built in rivers, lakes and reservoirs. The construction of photovoltaic and wind power projects around lakes and in the branches of reservoirs shall be scientifically demonstrated and strictly controlled. They shall not be arranged in areas with flood control and water supply functions and water ecology and water environment protection needs, shall not hinder the smooth flow of flood, shall not endanger the safety of reservoir dams, dikes and other hydraulic engineering facilities, and shall not affect the stability of river regime and shipping safety.
Related News
Read More >>
Not only India! The mutated strain is spreading, and the number of infections in many countries is soaring again
May .07.2021
FUSE CUTOUT
Dec .09.2020
In electrical distribution, a fuse cutout or cut-out fuse is a combination of a fuse and a switch, used in primary overhead feeder lines and taps to protect distribution transformers from current surges and overloads. An overcurrent caused by a fault in t
