yeah if your system is tuned, hard to say exactlythere you have it, does hydro grow more weight at harvest than soil? if so how much
Hydroponics grow at about a 50% increased rate, They don't actually in terms provide "Bigger" yields, They just provide bigger yields faster, Basically this means in 2 weeks of Veg in a Hydro system, your plants will be 50% further along then 2 weeks of veg in a soil system. So, 9 weeks of flowering in hydro, would be comparable to 13.5 weeks of flowering in soil.there you have it, does hydro grow more weight at harvest than soil? if so how much
Ya like I was saying, just yields faster rather then bigger. The good point being you will get bigger yields faster, the bad point being it is a lot harder to keep control of a hydro system then a soil system. So there is more risk to the faster growth.I dont know if that is exactly set in stone but a properly ran hydroponics system will out veg a soil/handwatered set up with all other factors being equal. Thats in my experience anyways. I ran nft and aero systems back in the day and my buddies would be amazed at how much faster in veg i was compared to there soilless peat based mix grows were. Coco is close and so is rockwool slab/drip setups. Faster for me than soil or peat base mixes but still doesnt touch a properly dialed dwc, aero, nft, or other water/solution based hydroponics systems. All else being equal the final tally on yields were about the same though.
Bigger plants will only yield more if you have room for it in the flower room. Overcrowding will actually decrease yields. You could achieve the same yield in less time, using less power doing hydro.I grow dakini kush and I can usually pull a qp per plant, a lb from 4 under 1 600w hid with 8 weeks veg. Do you really think I would be able to double that if I went hydro, I didn't think it would be that much difference that's why I never went to hydro I thought it was just to shave a couple weeks off your veg time that would definitely convince me to go hydro. Are you sure have you ever grown in soil with the same strain you have grown hydro.
Well saidBigger plants will only yield more if you have room for it in the flower room. Overcrowding will actually decrease yields. You could achieve the same yield in less time, using less power doing hydro.
DE are great for indoor. I have used them with 8 ft ceilings on 1000w mode with flood tables about 6 inches off the ground. Drain to waste rockwool or promix.Well said
Question about DE lights-----was reading about them-----said not intended for indoors because of heat (which they need to run hot).
Think you mentioned you use them? If so, has that been a problem for you?
A~~~
Great info from an actual user! I think that info should be a sticky.DE are great for indoor. I have used them with 8 ft ceilings on 1000w mode with flood tables about 6 inches off the ground. Drain to waste rockwool or promix.
They are definitely more hot than a normal 1000, but nothing than can't be controlled with 6,000 btu of AC per light.
You can spread them out over a larger space and have the same penetration as SE with less power usage. (3 1000w SE covering a
4x12 area, or 2 1000w DE covering a 4x12 area) yields should be about the same.
Or you can space them like SE and get superior penetration, larger colas and more yields per light than SE. (3 1000w SE over 4x12, yields 6 lbs. 3 1000w DE over 4x12, yields 9 lbs).
Hope this helps.
I just got back from a grow where the guys running huge pots and regular hps bulbs with xxxl hoods. Pulling 3 lbs a plant with one light. Hes in soilless. Pretty mind blowing stuff, he trains the hell out of them though. Each light has a plant football stadium under it. The plant is trained to look like a football stadium. Super cool.With the new double ended 1000 watt hps lamps hitting 2.5 pounds with the right variety has become easier for sure but still difficult to achieve for most. Hitting those numbers with traditional lamps uh....ive noticed what people claim is alot different than reality. Its not easy and definitely not the norm. Most people get around 16 to 24 ounces of trimmed dried medical quality patient ready buds. Thats the truth!!!
There are air cooled DE hoods out there. The air doesn't run across the bulb, but in a chamber above the bulb to catch radiant heat. Not my style. I haven't air cooled since 2010.Great info from an actual user! I think that info should be a sticky.
Are you saying they can't / shouldn't be air cooled and the room cooled by air conditioning?
Thanks much,
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I agree about the pain in the arse thing for ducting and glass-----with glass about a 2" reduction of light intensity (FCs).I think that air cooled over the aluminum only hood for double ended lamps by sunlight supply is a total gimmick. That company knows de is a real game changer and they make most of there money off several models of air cooled reflectors. Double ended used correctly affects thier bottom line. These lamps have been around for a few years now in professional greenhouses all over the world. Relatively recently they have been showing up in indoor
growrooms thanks to companys like Gavita. They are not meant to be cooled. You cool the room not the lamp. Mini splits and open double ended lamps go together like peanut butter and jelly. Air cooled hoods are 10 years ago. But still serve a purpose for all these new growers with tents and small closets with just one or two lamps. For bigger growers with more than a couple lamps....just cool the room. A multiple lamps setup will need ac anyways. Air cooled lets u use less ac but there is a tradeoff. Glass sucks period! And all that ducting and hot ass inline fans are a pain in the ass. If your running multiple lamps you got the coin to pay for air conditioning the whole room anyways. Thats my opinion.