Compressed air energy storage test system and method

By designing a compressed air energy storage test system that includes a gas compression module, a flexible gas storage module, an underwater constant pressure module, an energy storage module, and an energy release and power generation module, the problems of low test accuracy and single operation mode of underwater compressed air energy storage test devices have been solved. It has achieved accurate underwater constant pressure simulation and flexible mode switching, meeting the needs of various test conditions.

CN122407516APending Publication Date: 2026-07-17NATIONAL INSTITUTE OF GUANGDONG ADVANCED ENERGY STORAGE CO LTD
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
NATIONAL INSTITUTE OF GUANGDONG ADVANCED ENERGY STORAGE CO LTD
Filing Date
2026-05-13
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Existing underwater compressed air energy storage test devices have low test accuracy, difficulty in maintaining a constant pressure environment, and a single operating mode, which cannot meet the requirements of different test conditions.

Method used

A compressed air energy storage test system was designed, including a gas compression module, a flexible gas storage module, an underwater constant pressure module, an energy storage module, and an energy release and power generation module. By switching between constant pressure mode and high pressure mode, and by utilizing the selective connection of the energy storage module and the energy release and power generation module, the constant pressure and flexible switching of the gas pressure can be achieved, accurately simulating the underwater constant pressure gas storage environment.

Benefits of technology

It achieves accurate simulation in a deep-water flexible constant-pressure gas storage environment, can switch between different modes, meets the requirements of various test conditions, improves test accuracy and operating efficiency, and saves energy consumption.

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Abstract

本申请涉及一种压缩空气储能试验系统及方法,压缩空气储能试验系统包括气体压缩模块、柔性储气模块、水下恒压模块、储能模组以及释能发电模块。气体压缩模块用于将气体压缩到预定压力,柔性储气模块与所述气体压缩模块连通,水下恒压模块具有容腔,容腔用于存储液体与气体,以使所述容腔形成液室以及位于所述液室上方的气室,柔性储气模块设置于所述液室中;所述储能模组能选择性地连通所述气室或所述气体压缩模块;所述释能发电模块能选择性地连通所述柔性储气模块或所述储能模组。上述压缩空气储能试验系统及方法能够在精确模拟深水柔性恒压储气环境的同时,可灵活切换不同模式不同工况的压缩空气储能情形,能满足不同条件试验需求。
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