BACKUP CONFIGURATION METHOD FOR PARK COMPREHENSIVE ENERGY SYSTEM IN WHICH GAS AND THERMAL INERTIA BACKUPS PARTICIPATE

摘要

A backup configuration method for a park comprehensive energy system in which gas and thermal inertia backups participate, comprising: first, establishing an output model of a gas inertia backup in response to a system power shortage; then, establishing an output model of a thermal inertia backup in response to a system power shortage; and finally, jointly considering the gas and thermal inertia backups, a power generation side backup and a demand side backup to perform park comprehensive energy backup configuration. The present invention can make full use of gas and thermal inertia backups in a park comprehensive energy system, and further integrates various backup forms, so as to solve the problem of system power shortage, thereby improving the operating economy of the system while ensuring the reliability level of the system.