Investigation of the thermal properties of batteries used in energy storage with a fractional mathematical

In this study, first off all, it was touched on renewable energy sources and the importance of these energy sources. By touching on the necessity of network planning and smart structures at the present time, in terms of future, plannings done within this context was mentioned. Then, at the time of storage systems and what the techniques of storage are, briefly, were handled. The fractional mathematical modeling of the thermal characteristic of the lithium-ion batteries that is one of the electrical energy storage systems, based on the different studies, has been done and a new thermal fractional model solution has been reproduced. With this reproduced equation, the thermal characteristic of the batteries will be handled and its structure will be interpreted more accurately. To be helpful to the experimental studies, graphical display was made for fractional derivative operator a' s different amounts. Thus, it was seen that the characteristic structure used in network integration of lithium-ion batteries whose importance in renewable energy has been increasing day by day based on the experimental results, when compared with theoretical datas, gave more accurate results.