Abstract
The article considers the issues of optimization of industrial power-supply system conditions with turbo-power units using original software “KATRAN”, which provides optimal values of generators power. The algorithm is based on the method of dynamical programming and takes into account active power losses in the distribution electrical network, heterogeneity of the used fuel, characteristic properties of the thermal station. The results of the research work are intended for dispatcher services of industrial enterprises. Practical implementation of the results will make it possible to calculate optimal power load of generators at the normal and maintenance conditions, thus reducing the share of energy consumption in the product prime cost.
Keywords
Gas turbine plant, optimal power –supply conditions, power station, industrial plant, power-supply system, steam cost, power generation, distributed generation source.
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