Quantum Boards or COBS?

CobKits

Well-Known Member
Here you guys go again...spouting off about possibilities and theory(I'm talking to both side of this internet vagina measuring contest).
Reality is a crazy place where shit actually happens...you guys should check it out for yourself one day and grow some weed. Then when you come into a discussion with a big mouthful of you opinions...maybe you can back them up.
DE's system vs PLC system...
https://www.instagram.com/p/BOD4MaIhEbx/?taken-by=miami.mango
pretty much right in line with the typical results i cited
 

CobKits

Well-Known Member
According to that , 2500w of PLC is slightly lower yielding than 3k of DE, and also much more expensive
once you included the ballasts it was 3250W vs 2500W

@ 0.15/kWH thats $493 per year in energy savings, not including cooling load (which is reduced from a pure BTU production standpoint, and reduced even farther when you consider plants under LEDs do better when the room is 5-10 deg warmer.

you shouldnt be comparing capital cost of DE vs capital cost of LED, rather (the capital cost of DE+extra required tonnage of cooling) vs LED

(and thats before you save $500+ a year on power)
 

Greengenes707

Well-Known Member
Miami man

He use plc as side lights now...with de on top..do you know why?
Mango originally came to us for side lighting only. That is it. No intentions or thoughts about overhead. He ended up having some extra space in that R&D room, so we got him to try them overhead while waiting on the bigger room to finish. So we got to get some great data from a great grower on a larger scale. But for mango, that test was basically all a side lighting test. Since seeing that test, other companies , like next, threw lights at mango, but it is PLC that he continues to purchase from and use in his main rooms now. He works with many facilities and has our light in and going into quite a few.

His big rooms are are ready built out and equipped for the DE's. The way to improve them is to add the LED side lighting. Overhead will go into a lot of his new. It's not a one size/way fits all. It's about making the current or prospective operation as successful as it can be. And working with what they have and can do. The old rome wasn't build in a day I guess.

pretty much right in line with the typical results i cited
Where did you cite them from? Citing involves sources, which are the real evidence and backing of a statement. Citations are just the acknowledgement of someone else doign the work.
 
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Greengenes707

Well-Known Member
experience of myself and others

quit flexing man. your one anecdotal study is impressive but its really just another data point
Is it really that hard to come up with one or two somewhat documented "data points"? I'm not asking for a peer reviewed white study paper.
 

genuity

Well-Known Member
Mango originally came to us for side lighting only. That is it. No intentions or thoughts about overhead. He ended up having some extra space in that R&D room, so we got him to try them overhead while waiting on the bigger room to finish. So we got to get some great data from a great grower on a larger scale. But for mango, that test was basically all a side lighting test. Since seeing that test, other companies , like next, threw lights at mango, but it is PLC that he continues to purchase from and use in his main rooms now. He works with many facilities and has our light in and going into quite a few.

His big rooms are are ready built out and equipped for the DE's. The way to improve them is to add the LED side lighting. Overhead will go into a lot of his new. It's not a one size/way fits all. It's about making the current or prospective operation as successful as it can be. And working with what they have and can do. The old rome wasn't build in a day I guess.


Where did you cite them from? Citing involves sources, which are the real evidence and backing of a statement. Citations are just the acknowledgement of someone else doign the work.
I like it...people talk shit about side lighting,but used at the right time/right amount. it definitely makes a difference...thanks for the reply.
 

CobKits

Well-Known Member
Is it really that hard to come up with one or two somewhat documented "data points"?
in a true "side by side"? it sure is

your study didnt even have the proper temperature differential for the cobs to do their best vs hps

with all the different factors in spectra, temp, nute uptake, vpd, etc, its really hard to get a true side by side

so we are left with a mountain of anecdotal data with hps yielding 0.7-1.2 GPW and LEDs yielding 1.1-1.7 GPW pretty consistently
 

Greengenes707

Well-Known Member
in a true "side by side"? it sure is

your study didnt even have the proper temperature differential for the cobs to do their best vs hps

with all the different factors in spectra, temp, nute uptake, vpd, etc, its really hard to get a true side by side

so we are left with a mountain of anecdotal data with hps yielding 0.7-1.2 GPW and LEDs yielding 1.1-1.7 GPW pretty consistently
Dude why do you keep responding with nothing. It's not that hard to go into the LED bud pics, or LED users unit, or g/w threads and grab some elese results. That is literally all I'm asking for. That when you say "I cited"...that a source actually happened to be cited. No matter if you guess is wrong or right. A citation involves a source. As well does people believing what you say.
 

Yodaweed

Well-Known Member
pretty much right in line with the typical results i cited
You never cite anything you just make claims off the top of your head, like this one.

they pretty much are now if you DIY. a gavita with 2 bulb changes are $550+

a 675W cob rig will cost you the same and save you $200 a year in electricity and you'll get 10+ years out of it without bulb maintenance
and this one

1150 watts at the wall for a 1000W gavita @ 0.15/KWH = $755/year
725W at the wall for a 675W cob rig = $476/year

and yields the same 2.5+ units when dialed in
You do know electric prices vary right? But we don't even know where you get any of this data , seems like it's just out of thin air. You also are saying yields are the same, but you have no data backing that up.


Also most are not factoring DE's are mainly used with overlap , so that is never factored in. Here's an example of what i mean.

https://www.instagram.com/p/BT5XYDcDdMN/?taken-by=jungleboys

Lots of facilities using setups like that , I haven't heard of a single one using LEDs.
 
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CobKits

Well-Known Member
Dude why do you keep responding with nothing. It's not that hard to go into the LED bud pics, or LED users unit, or g/w threads and grab some elese results. That is literally all I'm asking for. That when you say "I cited"...that a source actually happened to be cited. No matter if you guess is wrong or right. A citation involves a source. As well does people believing what you say.
Well when @sixstring2112 @captainmorgan @Rahz @PSUAGRO @The Dawg @Growmau5 @Greengenes707 all show results that agree with mine im kind of done thinking about it and personally my hps are collecting dust

with costs down and people jumping on low power cob arrays and pcbs with augmentation combined with ever improving growing technique, really a consistent 2 gpw will soon be the next benchmark.

even that first stab at the test room, under hps growing conditions, your rigs got over 1.4GPW on their first attempt with LEDs, and those were probably cxb3590 CD at 1750 ma which its pretty easy to get 15-20% on between bin jumps and lower currents (the latter being a direct result of lower costs in that time)

im glad you have these opportunities and i hope you guys are giving them your latest vero rigs once they hit 1.6+ GPW im betting they never build another hps room.

i dont think thats your argument... you of all people know the numbers.
 

CobKits

Well-Known Member
You do know electric prices vary right?
yes you can apply those gains to any number you have . ill make it real simple, its the kwh cost relative to 0.15 cents so while the people who are fortunate to only pay 0.10/kWh will only see 66% of the benefit, make sure to consider the growers in hawaii who are north of 35 cents who see well over twice the savings
 

Yodaweed

Well-Known Member
yes you can apply those gains to any number you have . ill make it real simple, its the kwh cost relative to 0.15 cents so while the people who are fortunate to only pay 0.10/kWh will only see 66% of the benefit, make sure to consider the growers in hawaii who are north of 35 cents who see well over twice the savings
Where are you getting "the yields are the same" from , because you have no proof you just are assuming that.

And electric prices are as low as .07cents per hour where i live in colorado.

https://www.csu.org/rate/elec_ratecalc.jsp?rate_code=ETC&usage1=0&usage2=1000&billing_period=30

You aren't gonna see shit for savings at those rates, you will NEVER get a return on investment if you plan to save on your electric usage.
 

CobKits

Well-Known Member
I know you like to generalize situations for everyone, but it's much more complex than just saying you will save x amount of money, when you say that you are just making stuff up because every situation is different.
i never once quoted a single electrical savings rate without prefacing it by "at 0.15c/kWH..."

thats what i pay

national average is 0.12

not that much of a stretch
 

OLD MOTHER SATIVA

Well-Known Member
yes you can apply those gains to any number you have . ill make it real simple, its the kwh cost relative to 0.15 cents so while the people who are fortunate to only pay 0.10/kWh will only see 66% of the benefit, make sure to consider the growers in hawaii who are north of 35 cents who see well over twice the savings
we pay 26C kwh..leds will pay for themselves in 7 months just on hydro savings
 
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