researchkitty
Well-Known Member
I'd need four of those chillers, which is the same as 4000 watts of lights running. The chillers just chill a small reservoir of hot water to cold. They move so much water because they HAVE to because their water SOURCE is HOT water. MY water SOURCE from the stream is freezing ass cold all year round.Maybe I'm missing something kitty, but the chiller I was looking into a while ago has these specs:
EcoPlus 1 HP Chiller Includes:
* Fittings: 1”
* Dimensions: 16.5” W x 20.25” D x 19” H
* Weight: 88 lbs.
* Voltage: 120V/60Hz
* Wattage: 1080
* Amps: 9
* BTU: 12,000
* Capable of Chilling: -1000 gallons - 10° F -500 gallons - 30° F
* Pump Size: -Minimum 1584 GPH -Maximum 2200 G
That's a long way from 21gph and this little thing is only enough for a couple kw of lights.
Do you have a better way or have you underestimated water flow you would need from that lake? A chiller is just a heat exchanger hooked to an a/c unit so I would expect you'd need similar water flow for just a heat exchanger in a lake to draw the same btu's.
No?
I believe my method is the smart way to do it. A chiller is a fix for someone who doesnt have a constant cold source.
Instead of 4000 watts of power, which costs me $160/month, I can let a 2 amp pump do the job instead for a fraction of the cost. Plus, I save $1200 x 4 from chiller startup costs.