An Accurate Auxiliary Monitoring Method for Substation Environment Based on Dynamic Simulation Technology

With the continuous change of engineering requirements and the deepening of research on prefabricated compartments, the existing extensive environmental monitoring and control technology of prefabricated compartments has a large room for improvement. In this paper, an accurate auxiliary monitoring method for substation environment based on dynamic simulation technology is proposed. Through thermal simulation, the working effects of different existing temperature control modes are compared. Then feasible optimal control schemes for temperature and humidity, energy consumption and noise of prefabricated chamber are studied in combination with practical engineering applications. So as to effectively improve the monitoring and control level of prefabricated chamber environment. Finally, through technical and economic analysis, the optimal precast environment dynamic accurate monitoring scheme is determined.