Control device, energy management system, and non-transitory computer readable medium

An energy management system for an electric power system capable of supplying power to load devices in a plurality of demand areas based on first to N-th power devices in first to N-th placement areas and configured to be able to perform at least one of discharge or charge of power, comprising:

• a communicator configured to communicate with a plurality of information communication devices corresponding to the plurality of demand areas;
• an acquirer configured to acquire information of power consumption in each of the demand areas from the plurality of information communication devices;
• a controller configured to
• detect, based on the information of the power consumption in each of the demand areas, a demand area in which the power consumption fluctuates more significantly than usual, and
• determine, according to distances between a detected demand area and the first to N-th placement areas, a control parameter related to input and output of power in the first to N-th power devices;
• and
• a control commander configured to transmit command information to the first to nth power devices to instruct them to perform power input/output based on the control parameters.

A non-transitory computer readable medium having a computer program stored therein which causes a computer to perform processes, the computer being for an electric power system capable of supplying power to load devices in a plurality of demand areas based on first to N-th power devices in first to N-th placement areas and configured to be able to perform at least one of discharge or charge of power, the processes comprising:

• acquiring information of power consumption in each of the demand areas;
• detecting, based on the information of the power consumption in each of the demand areas, a demand area in which the power consumption fluctuates more significantly than usual;
• determining, according to distances between a detected demand area and the first to N-th placement areas, a control parameter related to input and output of power in the first to N-th power devices;
• and
• transmitting command information to the first to nth power devices to instruct to perform power input/output based on the control parameter.