Mathematical Modeling Application in Energy Conversion and Energy Storage

The use of mathematical modeling to predict and investigate the effect process variables in research engineering field energy conversion storage has also received special attention from scientists industrial designers this due their importance global economy. This review article investigates applications simulation processes, finally, with a case study, application desired processes be tested compared reported results papers. In first part, main emphasis is on conversion, especially structure solar cells fuel methods, predicting operating performance. basic principles understand relationships governing current, voltage, performance, power PV modules are discussed. And estimate performance SOFC various conditions been investigated. second focus devices including batteries supercapacitors. Supercapacitors electrochemical that can charged within few seconds minutes. efficient based electrocatalytic electrode high surface area. equations battery supercapacitor discussed article, simulated as study. Due Multiphysics nature systems, performed two stages. step, semiconductor applied electrical response device modeled. if needed, thermal entered into calculations net amount heat temperature profile evaluated. goals ideas compiling expressing role electrocatalysts production paying mechanism highlighting important common models used different parts coherent article.