Abstract

In this paper, the energy management of the combined cooling, heating and power (CCHP) microgrid with both the supply side and the demand side are considered. According to the working characteristics of the energy storage devices and other units, the energy management model of the CCHP microgrid with the load curtailment is established. On this basis, the microgrid energy management algorithm based on the model predictive control (MPC) is proposed, which can not only achieve multi-energy cooperation, but also give full play to the comprehensive scheduling ability of the supply side and load curtailment strategy of the demand side. The impact of intermittent renewable energy supply on microgrid is suppressed and the operation costs of the CCHP microgrid is reduced.

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