Application of the linear convolution to select a source of alternative energy
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Abstract
The use of alternative energy sources (solar, wind, geothermal), together with traditional sources is relevant for today. This ensures uninterrupted flow of electricity to consumers. However, the efficiency of alternative energy sources is dependent on weather conditions. Therefore, the development of control methods and control algorithms in power systems for providing the connection and disconnection of these sources, depending on user requirements, is actual. Creating these algorithms provides a solution to task of multi-selection. The system that contains three sources of alternative energy - photoelectric, wind generator and a diesel engine considered in this paper. This example shows the selection of one of the sources of the method of linear convolution for specific weather conditions. The conditions for extension of the method were considered when the number of sources or criterias is increasing and when we use as criterias different parameters which can be measured directly or indirectly.
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