Siphon electric energy storage equipment and method

Abstract

The invention discloses siphon electric energy storage equipment and method. The siphon electric energy storage equipment comprises a fixing device, energy generation devices, power generation devices, a rectifying device and an electric energy storage device. The energy generation devices are disposed on the fixing device, the power generation devices are disposed inside the energy generation devices, the rectifying device is connected with the power generation devices, and the rectifying device is connected to the electric energy storage device. The siphon electric energy storage equipment and method do not require the construction of fixed water storage equipment, provides a plurality of energy generation devices which can continuously generate electricity, and can be applied to a smallpower demanding place.

Description

technical field [0001] The invention belongs to the technical field of power generation, and in particular relates to a siphon electric energy storage device and a storage method. Background technique [0002] Hydroelectric power generation is to use rivers, lakes, etc. to flow water with potential energy from high places to low places, convert the potential energy contained in it into kinetic energy of water turbines, and then use water turbines as the driving force to drive generators to generate electricity, and use water power to drive hydraulic machinery to rotate. Water energy is converted into mechanical energy. If a generator is connected to the water turbine, the generator can generate electricity with the rotation of the water turbine. At this time, the mechanical energy is converted into electrical energy. In a sense, hydropower is the conversion of the potential energy of water into The process of converting mechanical energy into electrical energy, but the curre...

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Problems solved by technology

[0002] Hydroelectric power generation is to use rivers, lakes, etc. to flow water with potential energy from high places to low places, convert the potential energy contained in it into kinetic energy of water turbines, and then use water turbines as the driving force to drive generators to generate electricity, and use water power to drive hydraulic machinery to rotate. Water energy is converted into mechanical energy. If a generator is connected to the water turbine, the generator can generate electricity with the rotation of the water turbine. At this time, the mechanical energy is converted into electrical energy. In a sense, hydropower is the conversion of the potential energy of water into The process of converting mechanical energy into electrical energy, but the current hydropower generation is mainly for river beaches where large-scale dam-damping hydropower stations are easy to build, and the fixed building facilities are relatively complicated

[0003] However, the existing small and medium-sized power generation equipment is relatively complicated and cannot be applied to small power-demanding places

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