Intelligent Management Design on Air Conditioning Nonlinear Group Load

Zhu Jian-hong, Meng Bang-bang, Gu Ju-ping, Hu Qiong, Chen Ze-yu
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Abstract

Large-scale accessing to the power grid of non-linear load affects the power quality of the grid. The monitoring requirements of load electrical characteristics are more urgent with rapid increase in power energy demand. Aiming at the characteristics of non-linear group load operation of air conditioners, a systematic monitor project construction scheme is proposed. Firstly, the simulation software is used to build air-conditioning nonlinear group load model to observe characteristics and performance. Then, according to the energy characteristics of the nonlinear group load, the parameters and control variables, the data communication between the monitoring environment and the non-linear load operating simulation environment is designed, and the electrical characteristics of the nonlinear group load are monitored dynamically. Finally, the waveform analysis of the electrical characteristics is done and given the analysis result. Appropriating measures are taken to make the power quality meet the actual requirements, active power management is achieved in demand side.
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空调非线性群负荷智能管理设计
大规模接入电网的非线性负荷影响着电网的电能质量。随着电力能源需求的快速增长,对负荷电气特性的监测要求更加迫切。针对空调群负荷非线性运行的特点,提出了系统监控工程建设方案。首先,利用仿真软件建立空调非线性群负荷模型,观察其特性和性能。然后,根据非线性群负荷的能量特性、参数和控制变量,设计了监测环境与非线性负荷运行仿真环境之间的数据通信,实现了对非线性群负荷电气特性的动态监测。最后对其电特性进行了波形分析,并给出了分析结果。采取适当的措施使电能质量符合实际要求,实现了需求侧的有源电力管理。
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