Teaching Design of Integrated Energy Control Based on Event-Driven AOE Network

There are a lot of control problems in the field of comprehensive energy control. In view of the problems of single experimental environment and difficult programming in the traditional control experiment teaching, the control principle research itself is out of focus. In this paper, a semi-physical simulation experiment teaching method is designed, which combines the low code controller developed by ourselves with Simulink simulation model to carry out the hardware-in-the-loop simulation of the control target and complete the verification and analysis of the control principle or the designed strategy. Taking photovoltaic maximum power tracking control for typical application of integrated energy system as an example, this paper explains how to guide students to understand the experiment objective, design event-driven AOE (Activity on edge network) network control strategy, configuration file, operation simulation and analysis. This method has been applied to the course “Design and Practice of New Energy Electric Power System” in Zhejiang University, which greatly reduces the requirements of strategy development on students' programming ability, makes them focus on the principle and strategy design itself, have a deeper understanding of comprehensive energy control, and help the national energy and electric power field talent training and the development of comprehensive energy digital technology.