anomolies
Well-Known Member
I got bored and drew a little diagram . I read a few topics (mostly outdated) and there seems to be no consensus, so I'm wondering what you guys think would be the most cost-efficient and productive setup, in a limited indoor space.
I was thinking four, 4'x4' shelves, arranged in a square, illuminated by 4 cxb3590 pointed outwards from the middle. Seems that on paper the upfront and overall cost of a vertical grow would be drastically lower than using t8 led fixtures.
If you arrange 3 more of these into a square, the inner shelves would receive double the lighting. That's 16, 4'x4' shelves
For the outside shelves, mylar could be used to catch wasted light.
Each shelf width would have to be short enough for the light to penetrate throughout. Ledil Angelina reflectors or something with an even wider angle. You are now growing 256 sq ft of sprouts in a 64 sq ft space and using at least 1/4th the lighting as opposed to having a 4' fixture on every shelf. Could this work? 800w of cxb3590 for a 256 sq ft vertical space.
or am i just high? lol
I was thinking four, 4'x4' shelves, arranged in a square, illuminated by 4 cxb3590 pointed outwards from the middle. Seems that on paper the upfront and overall cost of a vertical grow would be drastically lower than using t8 led fixtures.
If you arrange 3 more of these into a square, the inner shelves would receive double the lighting. That's 16, 4'x4' shelves
For the outside shelves, mylar could be used to catch wasted light.
Each shelf width would have to be short enough for the light to penetrate throughout. Ledil Angelina reflectors or something with an even wider angle. You are now growing 256 sq ft of sprouts in a 64 sq ft space and using at least 1/4th the lighting as opposed to having a 4' fixture on every shelf. Could this work? 800w of cxb3590 for a 256 sq ft vertical space.
or am i just high? lol
Attachments
-
64.2 KB Views: 48
Last edited: