Ocean thermal energy-solar energy combined hydrogen energy production system adopting hot-molten salt thermal storage

Abstract

The invention relates to an ocean thermal energy-solar energy combined hydrogen energy production system adopting hot-molten salt thermal storage. The invention aims to provide the ocean thermal energy-solar energy combined hydrogen energy production system adopting hot-molten salt thermal storage, wherein the system can comprehensively utilize ocean thermal energy and solar energy, and through ahot-molten salt thermal storage module, the system operates more stably. According to the technical scheme, the ocean thermal energy-solar energy combined hydrogen energy production system adopting hot-molten salt thermal storage comprises an ocean thermal energy-solar energy combined power generation module, the hot-molten salt thermal storage module and a hydrogen energy production module so asto utilize the ocean thermal energy and the solar energy to generate electric energy to be converted into hydrogen energy for storage, and meanwhile oxygen is generated as a by-product.

Description

technical field [0001] The invention relates to an ocean temperature difference energy-solar combined hydrogen energy production system for hot molten salt heat storage, which is used to generate electric energy through ocean temperature difference energy and solar energy and convert it into hydrogen energy for storage. Background technique [0002] With the mining and utilization of a large amount of fossil energy, my country's environmental problems are becoming increasingly severe. In terms of energy structure, the transition from fossil energy to renewable energy is imperative. Ocean energy is a typical renewable energy. It has the advantages of cleanliness, environmental protection, etc., and its reserves are extremely rich. It has a very broad application prospect in our country. Among them, the effective use of ocean temperature difference energy and ocean surface solar energy is an important direction for ocean energy development. [0003] At present, most of the ex...

AI Technical Summary

Problems solved by technology

The existing ocean temperature difference energy utilization system mostly uses batteries as energy storage methods; however, batteries cannot avoid the loss of electric energy during long-term storage, and the environment with high salinity and humidity on the sea surface is not conducive to the long-term work of batteries. Electrolyte leakage after long-term use of batteries will also pollute the environment

Images