Thermoelectric conversion type wave power generation system

Abstract

The invention discloses a thermoelectric conversion type wave power generation system. The thermoelectric conversion type wave power generation system is composed of a system with a guide pier (1) and a guide beam (3), a system with a guide wheel (2) and a floater (4), a connecting rod air cylinder acting system (5-9), a thermoelectric conversion and heat dissipation system (10-12) and the like. The thermoelectric conversion type wave power generation system combines the work-heat conversion principle and the modern thermoelectric conversion technology, the piston air cylinder system (5-9) is fixed above the floater (4), and thermoelectric conversion equipment (thermocouple) (10) is installed in the position, with higher temperature, of an air cylinder (6). The thermoelectric conversion type wave power generation system can act on the piston air cylinder system (5-9) through the mechanical energy generated when the floater (4) moves up and down along with waves to raise the temperature of the air cylinder, and the thermal energy is converted into electricity through the thermocouple (10). The thermoelectric conversion type wave power generation system is simple and reliable in design principle and low in manufacturing cost. As the requirement for utilizing marine energy resources is improved continuously, the power generation system has broad engineering application prospects, and can produce obvious social benefits.

Description

technical field [0001] The present invention relates to a power generation system that converts wave kinetic energy directly into heat energy to generate high-quality and stable current. Specifically, it relates to a wave energy power generation system. The system uses the law of waves changing with time to push the floating body up and down , The movement of the floating body drives the piston to compress the gas in the cylinder to increase the internal energy of the gas, and then convert the internal energy of the gas into high-quality and stable electric energy for storage and utilization. [0002] Background technique [0003] The total area of ​​the global ocean is about 360 million square meters, accounting for 71% of the earth's surface area. The ocean is rich in water resources, biological resources, mineral resources and huge power resources. With the rapid development of human economic activities, land resources have been unable to meet the needs of social devel...

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Problems solved by technology

[0006] In order to implement the country's sustainable development strategy, the society will inevitably develop in the direction of green and environmental protection in the future. Ocean engineering should provide human beings with renewable energy that can be fully utilized and reduce pollution. However, the effective use of wave energy has not yet been greatly Large-scale deployment, especially the thermoelectric conversion of wave energy has not yet been carried out

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