Superconductive glass pipe distribution type photo-thermal power generation system

Abstract

The invention relates to a superconductive glass pipe distribution type photo-thermal power generation system. The system comprises a superconductive glass pipe thermal collector, an energy storage device, an STL power generator, and a superconductive auxiliary heater, and is characterized in that: radiation heads of the superconductive glass pipe thermal collector are inserted into thermal transfer sleeves of the energy storage device to store the quickly obtained photo-thermal energy in energy storage liquid and a plurality of energy storage bags of the energy storage device, and three thermal heads of a displacement cylinder of the STL power generator are inserted into the energy storage device to obtain thermal energy and generate power. Compared with the prior art, the system is high in thermoelectric conversion efficiency and low in cost, and is simple and reliable; land is saved; devices of the traditional photo-thermal power generation system such as a distribution station and a current condenser are not needed; the system can be used for power generation and bathing, and is especially suitable for distribution type power generation for families in countryside, pastoral areas and mountainous areas and citizens living in small and medium-sized cities or downtowns; and the pressure of environmental protection and power supply is lightened, and thus the superconductive glass pipe distribution type solar-thermal power generation system is of great significance.

Description

Technical field [0001] The invention relates to a photothermal power generation system, in particular to a superconducting glass tube distributed photothermal power generation system. Background technique [0002] Today, when the world's old energy sources are on the verge of depletion, environmental pollution is intensifying, and energy prices are rising day by day, people have paid a high price. Under the background of global environmental protection and energy saving, solar energy, as an inexhaustible green energy, has attracted the attention of all countries. Distributed solar energy high-efficiency photothermal power generation using advanced thermal energy conversion technology has achieved results. At present, the thermoelectric conversion efficiency of foreign solar dish distributed photothermal power generation has reached 32%, and the thermoelectric conversion efficiency of solar tower and trough photothermal power generation has reached 15% to 16%, which is much ...

AI Technical Summary

Problems solved by technology

However, no matter it is solar dish type solar thermal power generation, tower type solar thermal power generation or trough type solar thermal power generation, the investment cost is quite high, controllers, accumulators, transmission lines, etc. are still indispensable, and the power generation equipment occupies a large area , not suitable for households and small units in rural areas, pastoral areas, mountainous areas, nor for residents of medium and small cities or commercial areas to generate electricity

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