首页|基于启停控制的办公建筑空调用电负荷调度研究

基于启停控制的办公建筑空调用电负荷调度研究

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为挖掘空调系统用电负荷调度潜力,以青岛市某办公建筑空调系统为例,搭建TRNSYS能耗模拟仿真平台,模拟启停控制下空调系统用电情况,对空调系统用电负荷调度潜力进行分析.模拟结果表明,在保证室内热舒适的前提下,10:30-11:30 停机 1 h负荷调度效果最好,调度容量为 557.81 kWh.若聚合区域内50 栋类似规模建筑,停机 1 h可调度容量为 27.89 MWh,区域负荷调度效果十分可观.
Research on load scheduling of office building air conditioning based on start-stop control
In order to explore the power load scheduling potential of air conditioning system,taking the air conditioning system of an office building in Qingdao as an example,TRNSYS energy consumption simulation platform was built to simulate the power consumption situa-tion of air conditioning system under start-stop control,and the power load scheduling po-tential of air conditioning system was analyzed.The simulation results show that,under the premise of ensuring indoor thermal comfort,the optimal load scheduling effect is achieved when the machine stops from 10:30 to 11:30 for 1 h,and the scheduling capacity is 557.81 kWh.If there are 50 buildings of similar scale in the aggregation area,the dispatching capac-ity is 27.89 MWh,and the regional load dispatching effect is very impressive.

air conditioning systemload schedulingoffice buildingTRNSYS

周腾德、崔红社、牛梦涵、刘龙、马倩倩

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青岛理工大学 环境与市政工程学院,青岛 266525

河北航东建设工程股份有限公司,邢台 054000

空调系统 负荷调度 办公建筑 TRNSYS

2024

青岛理工大学学报
青岛理工大学

青岛理工大学学报

影响因子:0.514
ISSN:1673-4602
年,卷(期):2024.45(3)