7. Calculation: Consider a PV cell with current output of 0.01 A/em2, and Suppose this cell is to be incorporated into a panel with rated output of 100W at cost for manufacturing the cell materia...
7. Calculation: Consider a PV cell with current output of 0.01 A/em2, and Suppose this cell is to be incorporated into a panel with rated output of 100W at cost for manufacturing the cell material including labor, and so forth, is so.o approximately square, with 10cm on each s assembly labor, adds 20% to the total cost of the panel. I) what is the cost per points); 2) How many cells are required to be fitted to the panel to achieve the desired voltage output of 0.SV $0.01/cm. The cells are ide. The balance of the panel, including all materials and watt for this panel? (5 Consider a compound interest problem: How long will it take money to double if it is compounded annually at a rte of 10% per year? (10 points) 8.
7. Calculation: Consider a PV cell with current output of 0.01 A/em2, and Suppose this cell is to be incorporated into a panel with rated output of 100W at cost for manufacturing the cell material including labor, and so forth, is so.o approximately square, with 10cm on each s assembly labor, adds 20% to the total cost of the panel. I) what is the cost per points); 2) How many cells are required to be fitted to the panel to achieve the desired voltage output of 0.SV $0.01/cm. The cells are ide. The balance of the panel, including all materials and watt for this panel? (5 Consider a compound interest problem: How long will it take money to double if it is compounded annually at a rte of 10% per year? (10 points) 8.