Gquebed
Well-Known Member
Firstly, I know nothing about electricity except the very, very basics... so... tech jargon will be lost on me...
With that said, I'd like to know what would be required to power 100 individual 25 sq ft areas, assuming that each of these 100 areas would be using one1000w HIDS.
To help better understand what I'm trying to do... imagine a warehouse subdivided into 100 individual growing spaces that are 5X5 each. Each of these individual spaces would require their own electrical outlet for the 1000w light AND likely another one for fans and etc. How would this need to be set up and with what?
Also, entirely separate from that... the warehouse space that surrounds these 100 growing spaces would have to be air conditioned and the air would need to be exchanged every few minutes, as each of these grow spaces would of course be exhausting hot, co2 depleted air, with passive intakes. Supposing this warehouse space was 4000 sq ft (with a 20' ceiling, so 80,000 cubic feet), what would be the electrical requirements for that?
With that said, I'd like to know what would be required to power 100 individual 25 sq ft areas, assuming that each of these 100 areas would be using one1000w HIDS.
To help better understand what I'm trying to do... imagine a warehouse subdivided into 100 individual growing spaces that are 5X5 each. Each of these individual spaces would require their own electrical outlet for the 1000w light AND likely another one for fans and etc. How would this need to be set up and with what?
Also, entirely separate from that... the warehouse space that surrounds these 100 growing spaces would have to be air conditioned and the air would need to be exchanged every few minutes, as each of these grow spaces would of course be exhausting hot, co2 depleted air, with passive intakes. Supposing this warehouse space was 4000 sq ft (with a 20' ceiling, so 80,000 cubic feet), what would be the electrical requirements for that?
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