Distributed Combined Cooling Heating And Power Optimization In A Microgrid Based On Collocation Method

Distributed combined cooling heating and power system develops as a novel enemy supply way in recent years, which achieves enemy cascading utilization, boosts the energy efficiency- and is regarded as environment-friendly, economical, and reliable option for the future. The paper first proposes a general methodology called Collocation Algorithm to optimize CCHP performance; second introduces a dynamic model to evaluate CCHP operating cost and combine power network analysis with heating/cooling energy dispatch; and third presents a numerical example to efficiently resolve the resulting stochastic dynamic programming problem. The paper demonstrates results on a simulated data set.