Design and Simulation Analysis of Electric Heating Co-supply System in Remote Areas
In the western remote areas of China,the natural environment is harsh,the residents live scattered,and the problems such as difficult to use electricity and heat need to be solved.In view of the above problems,considering the particularity of load in remote areas,combined with regional climate,environment and resource characteristics,three kinds of electric heating energy supply systems suitable for remote areas at high altitudes were designed,simulation models of various comprehensive energy systems were built,hierarchical optimization allocation algorithm was designed,and optimization allocation simulation was carried out under HOMER environment.The optimal configuration scheme of three energy supply systems under the same load and environmental conditions is solved.The three energy supply systems all contain photovoltaic,energy storage,phase-change heat storage and electrothermal conversion devices,which can represent the typical characteristics of clean energy use in remote areas at high altitudes.Through the simulation analysis of the optimal configuration scheme of three energy supply systems,it can provide the necessary reference for the design and planning of clean energy supply in remote areas.
remote areaelectric heating combined supplyplanning and designoptimize the configurationsimulation analysis
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