Operation of Integrated Energy System Based on Heating System

As the demand for energy increases, the integrated energy system (IES) has developed rapidly. The IES includes various types of energy, which can help to realize the mutual coupling and transformation of electricity, gas, wind and other energy. The existing basic theory cannot adapt to the energy coupling relationship in the energy system anymore, so other aspects are needed to reveal the principle of energy transmission and transformation in the IES. This paper has studied the operation of the IES based on the heating system, and has found that compared with the energy system based on the energy network theory, the accuracy of the prediction of the electricity consumption for the selected industrial park heating was higher, more than 97%, while the accuracy of the prediction of the heating electricity consumption of the system based on the energy network theory was less than 94%. Meanwhile, based on the heating system, the utilization rate of all kinds of energy could also be improved, and the utilization rate of all kinds of energy was above 91%. The IES based on heating system can help to reduce the cost of energy system operation, improve the speed break of operation and increase the conversion rate of various types of energy, which can meet the needs of the times for resources, and also help to protect the environment. Therefore, it is meaningful to study the operation of IES based on heating systems in this paper.