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Cogeneration system, operation plan creation method and operation plan creation apparatus

机译:热电联产系统,作业计划制作方法以及作业计划制作装置

摘要

PPROBLEM TO BE SOLVED: To make a suitable operation plan with small amounts of calculation. PSOLUTION: The operation plan creation device of a cogeneration system equipped with a power generation device and a heat accumulation device for accumulating heat by collecting an exhaust heat is provided with: a prediction amount storage part 51 for storing future power usage prediction value and a future heat usage prediction value; an adaptivity calculation part 52 for determining the amounts of energy reduction in the case of operating a power generation device on the basis of the power usage prediction value and the heat usage prediction value so that it can be represented with an individual consisting of gene indicating the amounts of power generation by time period; an individual group generation part 53 for generating a first generation being the group of individuals; a load follow-up individual generation part 54 for generating a load follow-up individual whose gene is at least partially associated with the power usage predication value; a mating part 55 for generating the group of individuals in a new generation from the group of individuals in the previous generation by a genetic algorithm so that the amounts of energy reduction can be increased; and an operation plan creation part 56 for creating an operation plan from the individual whose amounts of energy reduction are the largest among the group of individuals in the last generation. PCOPYRIGHT: (C)2010,JPO&INPIT
机译:

要解决的问题:通过少量的计算来制定合适的操作计划。

解决方案:热电联产系统的运行计划制定装置包括:发电量和通过收集废热来蓄热的蓄热装置:预测量存储部分51,用于存储未来用电量预测值以及未来的热量使用预测值;适应性计算部分52,用于基于电力使用量预测值和热量使用量预测值来确定在操作发电装置的情况下的能量减少量,从而可以由表示能量的基因的个体来表示。各时段的发电量;个人组生成部53,用于生成作为个人组的第一代。负荷跟踪个体生成部54,用于生成其基因与电力使用预测值至少部分相关的负荷跟踪个体。配合部分55,用于通过遗传算法从上一代的个体群体中产生新一代的个体群体,从而可以增加能量的减少量;运转计划生成部56,用于从最后一代的个体中,能量削减量最大的个体生成运转计划。

版权:(C)2010,日本特许厅&INPIT

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