Study on the Optimal Operation of Indoor Heating Considering the Envelope Structure in the Context of Time-Sharing Tariff

Abstract

In this paper, a mathematical model of building heat transfer calculation is established, and the heat storage capacity of the building envelope model is tested and applied under the background of time-of-use electricity price. The building envelope in the context of time-of-use tariff in the process of simulating the temperature environment is considered, and the optimal solution derived by comparing the optimized operation scheme on a typical load day is adopted. Through the comparison of common schemes, the scheme proposed in this paper can effectively avoid energy waste, save electricity, improve the operation scheme of indoor heating in buildings, and provide theoretical reference for the optimal operation of building energy saving and consumption reduction.