n ting system. The monitoring 1. A solar power supply is required for a remote c o w as a co l ectrical demand of 100 W The power supply includes six Hanwha 395-W.PV modules. The modes by a parallelamay. The modules are sloped 45 degrees and face the south. The data who for the module is sched. The current voltage curve for the H P V o perating 25C with 1000 W/mo dation is also anched. The Hawhamedules consist of 144 half which we clectically 72 full cells in series Consider the Perform low d eplore the second pape of the Headshot. This module is mad e poor somety directly proportional the war the the solux W h en the red power should be 395 x 200 1000) - 79 . However, according to be performance cure the actual pertimance is 90% approximate of the red power that is, 0.96 1976 w The m inds Rolls 6-V (nominal) lead-acid bus, models 116. The che batteries are wired in series. The data sheet for the buttery is wached. A charpe controller between the hunters and the PV way holds the P anay at the correct charging voltape, which is 2.50 ery cell or the Rollsdatasheet. V A plot of the radiatic (G) incident on the PV modules, averaged for eacher throughout the year Do not confuse battery cell with PV coll. i iii. Al whal voltage will the charge controller hold the way? What does this mes in terms of the voltage at which cach PV cell will operate! Plex the power curve for the PV sell on the i curve. Considering the curve for the PV cell, assuming a solar flux of W/m and a PV cell temperature of 25C, what is the maximum power that the PV may con derer to the charge controller, while operating the changing voltage! What is the maximum power that the IV array cow deliver under these conditions (1000 Wm.cell 25'. were operating at the maximum power point? Considering the solar flex poe for the year, determine the maximum current that can be provided by the PV array during the year? What is the total demand for electrical energy (kWh) for the monitoring system in the month of December The wor k of the year for energy collection is December. A plot of the care for each hour in December is attached. Consider the worst five-day period of the mouth (Des 11 to 17. inclusive and determine (approximately) how many kWh of electricity are supplied by the way in this five-day period. Take into to the performance at low solar W. V. vil. MCH . The solado for the mouth of December is 71 kWh. How many When the Consider a period in the winter when the way is now covered and producing Wh's Assuming the bus w charged and assuming that we do not allow the mery charge Bol below full charge, how many Wh's electricity are available to supply the monitoring system. What is the current draw campers) from the buttery honk when the 100 W load is supplied rely by the humery bank n ting system. The monitoring 1. A solar power supply is required for a remote c o w as a co l ectrical demand of 100 W The power supply includes six Hanwha 395-W.PV modules. The modes by a parallelamay. The modules are sloped 45 degrees and face the south. The data who for the module is sched. The current voltage curve for the H P V o perating 25C with 1000 W/mo dation is also anched. The Hawhamedules consist of 144 half which we clectically 72 full cells in series Consider the Perform low d eplore the second pape of the Headshot. This module is mad e poor somety directly proportional the war the the solux W h en the red power should be 395 x 200 1000) - 79 . However, according to be performance cure the actual pertimance is 90% approximate of the red power that is, 0.96 1976 w The m inds Rolls 6-V (nominal) lead-acid bus, models 116. The che batteries are wired in series. The data sheet for the buttery is wached. A charpe controller between the hunters and the PV way holds the P anay at the correct charging voltape, which is 2.50 ery cell or the Rollsdatasheet. V A plot of the radiatic (G) incident on the PV modules, averaged for eacher throughout the year Do not confuse battery cell with PV coll. i iii. Al whal voltage will the charge controller hold the way? What does this mes in terms of the voltage at which cach PV cell will operate! Plex the power curve for the PV sell on the i curve. Considering the curve for the PV cell, assuming a solar flux of W/m and a PV cell temperature of 25C, what is the maximum power that the PV may con derer to the charge controller, while operating the changing voltage! What is the maximum power that the IV array cow deliver under these conditions (1000 Wm.cell 25'. were operating at the maximum power point? Considering the solar flex poe for the year, determine the maximum current that can be provided by the PV array during the year? What is the total demand for electrical energy (kWh) for the monitoring system in the month of December The wor k of the year for energy collection is December. A plot of the care for each hour in December is attached. Consider the worst five-day period of the mouth (Des 11 to 17. inclusive and determine (approximately) how many kWh of electricity are supplied by the way in this five-day period. Take into to the performance at low solar W. V. vil. MCH . The solado for the mouth of December is 71 kWh. How many When the Consider a period in the winter when the way is now covered and producing Wh's Assuming the bus w charged and assuming that we do not allow the mery charge Bol below full charge, how many Wh's electricity are available to supply the monitoring system. What is the current draw campers) from the buttery honk when the 100 W load is supplied rely by the humery bank
