Research on Optimization Strategy of Central Air-conditioning System for Power Demand Response

Xiangyu Zhou, Jing Li, Jiyan Liu, Qinghua Wu, Jie Huang
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Abstract

In order to meet the current power demand and alleviate the shortage of power supply more reasonably, user-friendly, and conveniently, and then realize the optimal allocation of power resources in public buildings, this paper studies the response scheduling strategy for the central air-conditioning system under power demand response from the perspective of occupants. It designs an optimal control strategy for the central air-conditioning system based on the comfort evaluation factor to determine the response priority. The genetic algorithm is used to realize the energy efficiency optimization of the system so that the central air-conditioning system has a higher energy efficiency ratio with less loss of human body comfort. The feasibility and effectiveness of this strategy in flexible control strategies are verified through project examples.
中央空调系统电力需求响应优化策略研究
为了更合理、人性化、便利性地满足当前的电力需求,缓解电力供应不足,实现公共建筑电力资源的优化配置,本文从使用者角度出发,研究了电力需求响应下中央空调系统的响应调度策略。设计了基于舒适性评价因子的中央空调系统最优控制策略,确定了响应优先级。采用遗传算法实现系统的能效优化,使中央空调系统能效比更高,人体舒适度损失更小。通过工程实例验证了该策略在柔性控制策略中的可行性和有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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