PART1A: CONDUCTION FROM PANEL TO PANEL Conduction from panel 4 to panel 5 (typical for all...

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PART1A: CONDUCTION FROM PANEL TO PANEL Conduction from panel 4 to panel 5 (typical for all panels): 5 bolts of (cross-section seen from solar panel side 1) 0.5 m 0.75 W/K (each) 0.5m 14 0.5m 5 0.25 m 0.25 m Frame resistance can be ignored nhollan hogeschool 0.5 m side 5 instrument 0.5 m 0.5 m side 4 C = k bd Use for aluminium: k = 150 W/mK p = 2700 kg/m Cp = 900 J/kgK R1 2 R3 12 t = 2 mm, Depth = 0.5 m R = 1 C12 C2 3 12 R12 = R + R+ R3 22 PART1A: CONDUCTION FROM PANEL TO PANEL Conduction from panel 4 to panel 5 (typical for all panels): 5 bolts of (cross-section seen from solar panel side 1) 0.5 m 0.75 W/K (each) 0.5m 14 0.5m 5 0.25 m 0.25 m Frame resistance can be ignored nhollan hogeschool 0.5 m side 5 instrument 0.5 m 0.5 m side 4 C = k bd Use for aluminium: k = 150 W/mK p = 2700 kg/m Cp = 900 J/kgK R1 2 R3 12 t = 2 mm, Depth = 0.5 m R = 1 C12 C2 3 12 R12 = R + R+ R3 22