A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to a water pumping and energy storage power station based on a self-excavated underground special water storage space, the construction mode of the water pumping and energy storage power station is that the self-excavated underground special water storage space is adopted, the water pumping and energy storage power station has a water level difference, and the upstream of the water pumping and energy storage power station is located near a water source. The energy storage power station can be located near various water sources; the excavation depth and the volume of the water storage roadway group can be determined according to needs and stratum structure characteristics, the limitation of existing facilities such as abandoned mines on a water source, the water level fall and the water storage volume is broken through, on-demand design of the underground water pumping and energy storage power station can be truly achieved, and remarkable economical efficiency, reliability, stability and high efficiency are achieved.
本发明涉及一种基于自行开掘地下专用蓄水空间的抽水储能电站，抽水储能电站建设方式为自行开挖地下专用蓄水空间，抽水储能电站具有水位落差，且抽水储能电站的上游位于水源地附近。该储能电站可选址于各种水源地附近；并可根据需要和地层结构特点确定开挖深度和蓄水巷道群容积，突破了废弃矿井等现有设施对水源、水位落差、储水容积的限制，可真正实现地下抽水储能电站的按需设计，具有显著的经济性、可靠性、稳定性和高效性。
The invention relates to a water pumping and energy storage power station based on a self-excavated underground special water storage space, the construction mode of the water pumping and energy storage power station is that the self-excavated underground special water storage space is adopted, the water pumping and energy storage power station has a water level difference, and the upstream of the water pumping and energy storage power station is located near a water source. The energy storage power station can be located near various water sources; the excavation depth and the volume of the water storage roadway group can be determined according to needs and stratum structure characteristics, the limitation of existing facilities such as abandoned mines on a water source, the water level fall and the water storage volume is broken through, on-demand design of the underground water pumping and energy storage power station can be truly achieved, and remarkable economical efficiency, reliability, stability and high efficiency are achieved.
本发明涉及一种基于自行开掘地下专用蓄水空间的抽水储能电站，抽水储能电站建设方式为自行开挖地下专用蓄水空间，抽水储能电站具有水位落差，且抽水储能电站的上游位于水源地附近。该储能电站可选址于各种水源地附近；并可根据需要和地层结构特点确定开挖深度和蓄水巷道群容积，突破了废弃矿井等现有设施对水源、水位落差、储水容积的限制，可真正实现地下抽水储能电站的按需设计，具有显著的经济性、可靠性、稳定性和高效性。
Pumping energy storage power station based on self-excavated underground special water storage space
基于自行开掘地下专用蓄水空间的抽水储能电站
2023-12-19
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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