A heterogeneous multi-source air conditioner collaborative energy-saving control method for a stage general control system
By constructing a virtual total load model and introducing a multi-source peak-shaving strategy, the problems of uneven cooling distribution and high energy consumption of the heterogeneous multi-source air conditioning system in the stage control room were solved, realizing coordinated energy-saving control and load balancing of the air conditioning system and improving the stability of the power supply network.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- BEIJING BEITE SHENGDI TECH DEV CO LTD
- Filing Date
- 2026-06-12
- Publication Date
- 2026-07-17
AI Technical Summary
In the stage control room of the smart theater, the heterogeneous multi-source air conditioning system suffers from uneven cooling distribution and high overall energy consumption due to the lack of coordinated scheduling. It is also prone to the superposition of instantaneous power peaks, which affects the stability of the power supply network.
A virtual total load model is constructed. Through thermodynamic decoupling and reconstruction of environmental heat transfer, cabinet heat transfer and heat dissipation coupling, combined with real-time energy efficiency ratio and multi-source peak shifting strategy, the coordinated energy-saving control of the air conditioning system is realized. The optimal load allocation is performed by Lagrange algorithm or particle swarm algorithm, and a feedforward control mechanism based on multi-source load prediction is introduced.
It achieves on-demand scheduling of cooling capacity and dynamic load balance, reduces overall operating energy consumption, mitigates the impact of instantaneous power surges on the power supply system, and ensures the safe operation of internal components in the control cabinet.
Smart Images
Figure CN122408232A_ABST