Parameter	Formula to be used	Computed parameters
Required Daily Energy Demand: E_rd	$E_{r d} = \frac{E_{d}}{n_{i} n_{b} n_{c}}$	10.463 kWh/day
Average peak power: P_ave,Peak	$P_{a v e, P e a k} = \frac{E_{r d}}{T_{s h}}$	2092.6 W
Total Dc current: I_dc	$I_{d c} = \frac{P_{a v, P e a k}}{V_{d c}}$	87.19 A
Number of series modules: N_sm	$N_{s m} = \frac{V_{d c}}{V_{r m}}$	1
Number of parallel modules: N_pm	$N_{p m} = \frac{I_{d c}}{I_{r m}}$	17
Total number of modules: N_tm	$N_{t m} = N_{s m} \times N_{p m}$	17
Total cost of the array	Array cost × Module cost	US$ 6375.00