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Grid Power Dynamic Optimization with CCC

This analysis demonstrates that a combination of coal, gas, and wind power meets the total electricity demand (residential and CCC demands). During off peak hours, the refrigerant production rate increases and it decreases during peak hours as it takes part of the required refrigerant from the storage vessel. The level of the refrigerant in the vessel also shows inverse cycling with the electricity demand curve; when power generation is more than electricity demand, the refrigerant level increases and when it is less, it decreases. Thus, the proposed system fulfills storage by time-shifting the parasitic load of the CCC process and better utilizing renewable power sources.