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It depends upon the load and what you are trying to accomplish. A fully loaded (20 amperes) 12 ga cord will have around 12% voltage drop at 200 feet. Once you include the wire losses from the panel to the receptacle you're using, you're easily down to 100 volts.
But then again, 100 volts may be fine if your incandescent lights or electric heater still put out enough light or enough heat for your purposes, it's just not very efficient. The run from the panel to the load will dissipate 400 watts before it even gets to the coop.
Less than 9 amps would keep that 200' run at less than 5% loss.
It depends upon the load and what you are trying to accomplish. A fully loaded (20 amperes) 12 ga cord will have around 12% voltage drop at 200 feet. Once you include the wire losses from the panel to the receptacle you're using, you're easily down to 100 volts.
But then again, 100 volts may be fine if your incandescent lights or electric heater still put out enough light or enough heat for your purposes, it's just not very efficient. The run from the panel to the load will dissipate 400 watts before it even gets to the coop.
Less than 9 amps would keep that 200' run at less than 5% loss.
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