When I moved to a new house I needed a new set up. No more convenient, 6-foot tall crawl space any more. So I got me one of them double-wides. Wardrobe, that is.
My first grow in this new cabinet this past winter was a bit underwhelming. Rather than having just 2 or 3 plants and letting them get pretty big, as I had always done in the past, my plan was to have 6 or 8 plants and flower them faster. Sounded good on paper, but I only ended up with 2 females (from seed). Since I flowered them early, they were pretty small and yielded only about 1 oz per plant.
My other big problem with that first grow was heat. The temps stayed in the high 80s when the lights were on. So I made some adjustments -- better circulation and moving the ballast out of the cabinet. It would have worked too, but I didn't take into account the outside temp. The area my cabinet is in is mostly underground and all winter the temp stayed around 60 deg. Now in the summer it's considerably higher, around 75 deg. The result is my cabinet temps are even higher.
Since my seeds had already germinated, I needed a quick fix and the first thing that came to mind was an evaporative system, like a swamp cooler. I got some cheese cloth and stretched it over the air intake vents. Then I placed the bottom of the cloth in a tub of water. The idea was that the cloth would wick up the water and the air going into the cabinet would evaporate it. Again, sounded good on paper, but I found that the wick action has its limits. The cloth only got wet about 6 inches above the water.
My solution was to move the bucket up above the intakes, so now the water only needs to rise a few inches and then runs down the cheese cloth. Now the cloth is constantly wet and the temps in the cabinet are down several degrees. Only problem is that the cloth soaks up water faster than it can evaporate. It is now dripping on the floor and I need to fill the bucket up at least twice a day. That's where I am as of today, thinking about how to catch the water and possibly recycle it. Maybe another bucket at the bottom with a pump to get it back up to the top. I don't know, sounds kind of complicated. I'm open to suggestions.
My first grow in this new cabinet this past winter was a bit underwhelming. Rather than having just 2 or 3 plants and letting them get pretty big, as I had always done in the past, my plan was to have 6 or 8 plants and flower them faster. Sounded good on paper, but I only ended up with 2 females (from seed). Since I flowered them early, they were pretty small and yielded only about 1 oz per plant.
My other big problem with that first grow was heat. The temps stayed in the high 80s when the lights were on. So I made some adjustments -- better circulation and moving the ballast out of the cabinet. It would have worked too, but I didn't take into account the outside temp. The area my cabinet is in is mostly underground and all winter the temp stayed around 60 deg. Now in the summer it's considerably higher, around 75 deg. The result is my cabinet temps are even higher.
Since my seeds had already germinated, I needed a quick fix and the first thing that came to mind was an evaporative system, like a swamp cooler. I got some cheese cloth and stretched it over the air intake vents. Then I placed the bottom of the cloth in a tub of water. The idea was that the cloth would wick up the water and the air going into the cabinet would evaporate it. Again, sounded good on paper, but I found that the wick action has its limits. The cloth only got wet about 6 inches above the water.
My solution was to move the bucket up above the intakes, so now the water only needs to rise a few inches and then runs down the cheese cloth. Now the cloth is constantly wet and the temps in the cabinet are down several degrees. Only problem is that the cloth soaks up water faster than it can evaporate. It is now dripping on the floor and I need to fill the bucket up at least twice a day. That's where I am as of today, thinking about how to catch the water and possibly recycle it. Maybe another bucket at the bottom with a pump to get it back up to the top. I don't know, sounds kind of complicated. I'm open to suggestions.
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