NOxの累積排出量が制約された場合の火力発電機群起動停止問題-2-

概要

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When thermal generating units were constrained with the total nitrogen oxides emissions, we determined the optimum operative pattern by the dynamic programming method in the previous paper. However, using the dynamic programming method, memory requirement will increase more in case of many grids requirement or many informations given to these girds (in our previous example, when we gave informations of the operative pattern to the girds, memory requirement increased from 17kW to 98kW). In this time, we present the other method which decides the optimum operative pattern than the dynamic programming method. And we apply our method to model system, and report that our method requires less memory domain and computing time than the dynamic programming method. 　
北見工業大学の論文
1979-03-00