摘要
为了降低可再生能源接入微网对空调负荷调控造成的影响,探究了空调负荷(ACL)作业状态和参数的调控方法,针对作业异常状况采取自治控制。该控制方案引入了混合逻辑动态模型(MLD),以ACL作业温度、功率等指标为控制对象,对比目前预测结果与日内跟踪ACL作业结果,按照协调控制范围,下达自治控制命令。测试结果表明,本研究设计的自治控制方案能够灵活控制ACL,使其满足微网功率可控性的要求,有助于增强装置作业的安全性。
In order to reduce the impact of renewable energy access to the microgrid on the regulation of air-conditioning load,the regulation method of Air Conditioning Load(ACL)operation status and parameters was explored,and autonomous control was adopted for abnormal operation conditions.The control scheme introduces a Mixed Logic Dynamic model(MLD),which takes ACL operating temperature,power and other indicators as the control objects,compares the current forecast results with the daily tracking ACL operating results,and issues autonomous control commands according to the scope of coordinated control.The test results show that the autonomous control scheme designed in this study can flexibly control the ACL to meet the requirements of the power controllability of the microgrid,which is helpful to enhance the safety of the device operation.
作者
吴珏瑛
WU Jue-ying(Zhejiang Information Engineering School,Huzhou 313000,China)
出处
《江西电力职业技术学院学报》
CAS
2022年第3期13-15,23,共4页
Journal of Jiangxi Vocational and Technical College of Electricity
关键词
自治控制
混合逻辑动态模型
空调负荷
Autonomous Control
Mixed Logic Dynamic Model
Air Conditioning Load
