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SMALL HOUSES SUSTOMMADE POWER PEAK CONTROL METHOD

机译:小房子SUSTOMMADE功率峰值控制方法

摘要

The present invention provides a method for controlling a power peak controller customized for small houses comprising: a control module for power peak containing a main controller, a storage memory, an interface, an RS-232 communication cable, a key map table, a smart meter, a power line communication modem for each zone, and a power line communication modem, and a switching unit. The method comprises: a power peak value setting step of setting a power peak value; a load power consumption checking step of checking a load power consumption according to the power peak value set in the power peak value setting step; a power peak checking step of dividing the consumption of the load power consumption checking step into high, middle, and low levels and checking the consumption; a zone selecting unit of selecting a zone corresponding to the high, middle or low level of the power peak checking step; and an individual zone load controlling step of controlling an individual load of the zone selected in the zone selecting unit. Therefore, the controlling method according to the present invention reduces the costs for building a home network and provides an easy use of facilities by using one power line modem without a power line modem for each electrical appliance when a home network using the power line modem is built, and controlling multiple electrical appliances,. The method improves the efficiency of power consumption management by using a power peak control algorithm using an intelligent algorithm and each zone or an individual load power consumption monitoring.
机译:本发明提供了一种用于为小房子定制的功率峰值控制器的控制方法,该方法包括:功率峰值的控制模块,其包含主控制器,存储器,接口,RS-232通信电缆,键映射表,智能设备。仪表,每个区域的电力线通信调制解调器,电力线通信调制解调器和交换单元。该方法包括:功率峰值设置步骤,用于设置功率峰值;以及负载功耗检查步骤,其根据在功率峰值设置步骤中设置的功率峰值来检查负载功耗;功率峰值检查步骤,将负载功率消耗检查步骤的消耗分为高,中和低电平,并检查消耗;区域选择单元,用于选择与功率峰值检查步骤的高,中或低电平对应的区域;个别区域负荷控制步骤,控制在区域选择单元中选择的区域的个别负荷。因此,当使用电力线调制解调器的家庭网络为零时,根据本发明的控制方法通过为每个电器使用一个不带电力线调制解调器的电力线调制解调器来为每个电器使用一个电力线调制解调器,从而降低了构建家庭网络的成本并提供了便利的设施使用。建造并控制多个电器。该方法通过使用使用智能算法的功率峰值控制算法以及每个区域或单个负载功耗监测来提高功耗管理的效率。

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