Compressed Air Energy Storage Calculations: Difference between revisions
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*Full treatment at [[Compressed Air | *Full treatment at [[Compressed Air Calculations]] | ||
Revision as of 19:08, 19 May 2025
Compressed air energy storage or gravity water storage costs 10x less than any other based on 100 year vs 10 year lifetime of the system.
Calculations
- Work to compress, thus energy stored in isothermal conditions - is W = P1V1 * ln(P2/P1) [1]
- Adiabatic compression - [W = P1V1 - P2V2 / (1 - γ)] [2]
- Let's take industrial gas cylinders with K, T, 3K, 6K standards - 300 cu ft for T [3]. 2200-2600 psi is the standard, but also 3000 PSI and 6000 PSI.
- T type - 300 cf
Other
- 150 PSI, 660 gal receiver tank - $3500 [4]
Links
- Full treatment at Compressed Air Calculations