It is a nice thought. But if forms under the general idea of perpetual motion. Or the even more broad concept of lossless Work. We can't even say super conductive magnets are lossless. Vast energy goes into maintaining the low local temp that provides local, only, losslessness.So could you put solar panels in your grow room, let them get light from the grow lamps and use that energy to recycle into the grow lights... thus never ending power supply
And you, Sir, smoke way too less.You smoke way too much. Why would you put energy into a solar panel? What is the point?
Well, that concept would be like regenerative braking in a Prius. We know we can't get all of it back, but some of it back, is very good. The problem with ideas is they are not inventions. I'm working on an invention right now. When it comes off the paper, it is like a Battle Plan. It can't survive first contact with Reality.Didn't think about having to reorganizing the plants so the light would hit the panels. Ehh just another stoned thought I figured would have some interesting feedback.
And yes putting them on the roof would be better, but I thought since you're already running the HID lights that it would be beneficial to get some of the lost energy back.
This brings me to another question, Could you run solar panels off of an HID light? Like if for some random reason you felt the need, would it have any return?
If you ran an array say, on your roof, 5x 300w panels, PV inverter & battery you could get a off-grid/stand alone system, each panel doing 48v, 300W, 6.25A at peak efficiency, you could run a g/r up to say 1000w - 1200w total draw. Not sure how much an install like that would set you back. you can do it in aus for about $6k. Not worth it yet IMHO.So could you put solar panels in your grow room, let them get light from the grow lamps and use that energy to recycle into the grow lights... thus never ending power supply
You obviously didn't ready his question. I was asking if he can run the solar panels inside his grow area and use is grow lights to charge the battery and produce enough power to run things off of that 1 grow light.Hello< to who this does concern
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Watts= Amps * volts.
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(1) 600w hps
(1) 120w 6" active air fan
(1) 10w digital ballast
(1) 1058w 9000btu port. A/C
17.50 Amps>>>18+/-....5hr@100 amp hours
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