Performance Analysis of Flat Plate Base-Thermal Cell Absorber (FPBTCA): Low Thickness Design

Research to improve flat plate solar collector performance such as design and material used continuously developed. This paper's objective is analyze the of thermal cell absorber attached a (FPBTCA) through low thickness design. It will produce lightweight portable application with efficient temperature conversion duration has energy storage ability. Stainless steel aluminum materials different thicknesses use absorbers then base-collector. The experiment performs using simulator radiation 700 W/m2. Referring results in term heat (Qstorage), transfer rate (Q ̇) efficiency shows that stainless 1.0 mm an base (Case E) higher value which 412 kJ, 18.21 kW, 47.08 %, respectively. total gain collected at bottom dummy load drying chamber (T1 T2) base-collector 2.85 kJ. maximum 300 seconds 116.08 J for Ta). Flat (FPBTCA CASE better than Plate Solar Collector (FPSC).