After reading the dozens of "how to's" you would think we still live in medieval times with scientific data floating around that contradicts other sources.
I'm trying to figure out if 1 solar panel and 1 battery can support itself and what size charge controller I would need to do this with.
Here is my data and things I already know I have:
Daily watt hour usage: 4 LED 10 WATT Lights at 8 Hours = 320 Watt Hours per day of usage of the LED lights.
Battery system: 1 12Volt 100 amp hour battery (GPL- 121000)
Solar Panel: 1 190watt (Voc = 45.24) (Vmp = 37.7)
I live in SE Kentucky (region 5) which the lowest it gets in the winter is around 30 degrees F.
I want a 12 volt system
Cloudy Days to support: 2 days
Will this 1 panel that I have support the 1 battery that I have to operate the 4 LED lights that I have? And what size charge controller should I get
I'm trying to figure out if 1 solar panel and 1 battery can support itself and what size charge controller I would need to do this with.
Here is my data and things I already know I have:
Daily watt hour usage: 4 LED 10 WATT Lights at 8 Hours = 320 Watt Hours per day of usage of the LED lights.
Battery system: 1 12Volt 100 amp hour battery (GPL- 121000)
Solar Panel: 1 190watt (Voc = 45.24) (Vmp = 37.7)
I live in SE Kentucky (region 5) which the lowest it gets in the winter is around 30 degrees F.
I want a 12 volt system
Cloudy Days to support: 2 days
Will this 1 panel that I have support the 1 battery that I have to operate the 4 LED lights that I have? And what size charge controller should I get
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