I am planning to design a solar-wind hybrid generator system and I am not really sure about the components sizing for the whole system. Let me give on overview what I have done so far.
1) Total AC load: 4kwh per day
Total DC load: 300wh per day
Total load demand= (total AC load + inverter losses) + total DC load
(4kwh x (100/85)) + 300wh = 5006wh (assuming the inverter has 85% efficieny)
2) Next, i have to find the total power demand taking into account other losses ( charger losses, wiring losses and battery losses)
(IS THIS CORRECT?? CAN I USE THE INTENDED BATTERY DOD AS THE BATTERY LOSSES??)
3) Next to find battery capacity = 5006wh x 5= 25030 wh
Battery Ah =25030/48 = 521Ah
4) Generation ratio between the wind and solar generator which i set to be 1:1
Means, solar generator will be generating = 5006/2 = 2503w
And wind generator will be generating 2503w
5) PV array= 2503w/3 SunHour = 834W
6) And I am not sure about the charge controller size for this hybrid design. Can someone please help me?
Thank you guys. Appreciate all your help alot.
1) Total AC load: 4kwh per day
Total DC load: 300wh per day
Total load demand= (total AC load + inverter losses) + total DC load
(4kwh x (100/85)) + 300wh = 5006wh (assuming the inverter has 85% efficieny)
2) Next, i have to find the total power demand taking into account other losses ( charger losses, wiring losses and battery losses)
(IS THIS CORRECT?? CAN I USE THE INTENDED BATTERY DOD AS THE BATTERY LOSSES??)
3) Next to find battery capacity = 5006wh x 5= 25030 wh
Battery Ah =25030/48 = 521Ah
4) Generation ratio between the wind and solar generator which i set to be 1:1
Means, solar generator will be generating = 5006/2 = 2503w
And wind generator will be generating 2503w
5) PV array= 2503w/3 SunHour = 834W
6) And I am not sure about the charge controller size for this hybrid design. Can someone please help me?
Thank you guys. Appreciate all your help alot.
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