Energy storage multi-energy augmentation type wind-magnetic power station and its application

Abstract

The invention discloses an energy storage type multi-energy reinforcement wind, solar and magnetic power generation station which comprises a multi-energy reinforcement wind, solar and magnetic power generator set, electric air compressors, air storages, a solar oil heater, a magnetomotive power generator, a solar photovoltaic cell, a steam pressurizing device, a constant-temperature oil heater, a turbine, a condenser and a power generator. The power generation station is characterized in that the electric air compressors generate compressed air which is stored in the air storages, the air storages are connected through an air storage serial connection pipe, an electric pressurizing device outputs the air to the steam pressurizing device through a nozzle, a hot oil coil pipe is arranged in an inner cavity of the steam pressurizing device, and steam is outputted by a steam output pipe to the turbine for power generation through a steam output valve. The solar oil heater is connected with an engine oil thermostat through a hot oil output pipe, the solar photovoltaic cell converts optical energy into electric energy which is stored in a storage battery, the electric energy is sent to a pneumoelectric heating furnace, a windmill assistance motor and an air compressor by a distribution board through a power adjustor, and the magnetomotive power generator also supplies power to the windmill assistance motor, the pneumoelectric heating furnace and the air compressor. The power generation station has the functions of energy storage and reinforcement, fully uses and integrates renewable energy sources, and is capable of generating power constantly regardless of sunlight and wind scales.

Description

Technical field: [0001] The invention belongs to the field of renewable energy power generation, in particular to an energy storage type multi-energy augmentation type wind-solar magnetic power station and its application. technical background: [0002] The existing thermal power technology is mature, but the disadvantage is that it burns a large amount of precious fossil resources, discharges a large amount of polluted gas and waste, and has high production costs, transportation costs, long-distance transmission costs, and pollution control costs. [0003] Existing nuclear power is regarded as clean energy, but its safety is already worthy of vigilance. The nuclear power plant accident in the former Soviet Union and the Japanese nuclear power plant accident last year are impressive and worthy of reflection. Moreover, uranium resources are limited, and the production cost consumes a lot of manpower and material resources. With the improvement of human awareness of environm...

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Problems solved by technology

Moreover, uranium resources are limited, and the production cost consumes a lot of manpower and material resources

With the improvement of human awareness of environmental protection, people gradually pay attention to the development of renewable energy power generation technologies, such as wind power, photovoltaic power generation, geothermal, hydropower, etc., but due to the difficulty of developing technologies, most of them are still in the stage of exploration and scientific research, so the cost and The cost is very high, and many have not really reached the stage of commercial electricity consumption

And it is often affected or restricted by nature, resulting in poor practicability, difficulty in popularization and low economic benefits

Magnetic power generation is less affected by nature, but the power is low, the installed capacity is small, and the practicability is not strong. More new technologies are in the experimental stage

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