Thermal energy storage system using compressed air energy and/or chilled water from desalination processes
An energy storage system and compressed air technology, applied in lighting and heating equipment, refrigerators, wind power generation, etc., can solve problems such as heavy burdens and increase energy rates
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[0049] 1. System components:
[0050] figure 1 is a schematic diagram showing a generalized embodiment of all components and features encompassing all situations in a single system 1 . In general, the system 1 comprises: an energy source 3; a primary compressor 10; a compressed air energy storage tank 5; a turboexpander 7 for releasing the compressed air; a turbine generator 14 for generating electricity using the compressed air; , for generating cold fresh water using cold air generated by a turbo expander; a mixing chamber 11 for generating chilled water using cold air; a thermal energy storage unit 13 having a separation tank for storing chilled water; and an air conditioner System 15, which uses chilled water to generate cold air for cooling. There may also be a secondary compressor 34, further heat exchangers, etc. here.
[0051] The main system components consist of the following items:
[0052] ·Energy source
[0053] ·Compressed air energy storage system
[0054]...
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