发明名称 Finite Time Power Control for Smart-Grid Distributed System
摘要 A distributed energy resource (DER) exchanges with each neighboring DER portions of the total demand for power accumulated by the DER and each neighboring DER and portions of a total capability of the network to generate the total power accumulated by the DER and each neighboring DER before each communication step. The DER updates the portion of the total demand for power and total capability accumulated by the DER using the portions of the total demand and the portions of the total capability received from the neighboring DERs. After the fixed number of communication steps, the DER accumulates the total demand for power and the total capability of the network and generates an amount of the power as a product of the total demand for the power and a ratio of a maximum capability of the DER to generate the power and the total capability of the network.
申请公布号 US2015177761(A1) 申请公布日期 2015.06.25
申请号 US201314134075 申请日期 2013.12.19
申请人 Mitsubishi Electric Research Laboratories, Inc. 发明人 Benosman Mouhacine;Polymeneas Evangelos
分类号 G05F1/66;G05B15/02 主分类号 G05F1/66
代理机构 代理人
主权项 1. A method for generating power by a distributed energy resource (DER) for a power grid including a network of DERs, such that a total demand for the power in the power grid is jointly satisfied by the network of DERs, comprising: exchanging, between the DER and each neighboring DER at each communication step of a fixed number of communication steps, portions of the total demand for power accumulated by the DER and each neighboring DER before the communication step, and portions of a total capability of the network to generate the total power accumulated by the DER and each neighboring DER before the communication step; updating, after each communication step, the portion of the total demand for power accumulated by the DER before the communication step using the portions of the total demand for power received from the neighboring DERs; updating, after each communication step, the portion of the total capability of the network accumulated by the DER before the communication step using the portions of the total capability of the network received from the neighboring DERs; accumulating, after the fixed number of communication steps, the total demand for power and the total capability of the network; and generating an amount of the power as a product of the total demand for the power and a ratio of a maximum capability of the DER to generate the power and the total capability of the network.
地址 Cambridge MA US