THE EFFECT OF USING PHASE CHANGE MATERIALS AND EXAMINING THE ASPECT RATIO IN AN AIR-COOLED SYSTEM OF A PLATE BATTERY CONNECTED TO A SOLAR SYSTEM

Lithium-ion batteries are widely used in the electronics industry to store electrical energy. One of challenges with these is that they heat up during operation, which can damage battery. For this reason, paper simulates cooling process a plate-type (BTP) lithium-ion battery pack. To control temperature (T-B), laminar air flow and phase change material (PCM) used. The PCM placed sink around This evaluation performed temporarily for four different dimensions hot outlet system provide thermal energy required small residential building (THE) at mild temperature. BTP was also simulated using COMSOL. results show use larger sinks increase maximum (MAX) average (AVE) minimum T-B occurs times smaller sinks. Also, when heatsink volume, it takes longer fully solidify. A 5 or 50 cells 3% 30% THE building.