Justabigstonerdude
Member
Hello, (TL;DR and company posted specs at the bottom.)
Before we get started I want to make sure we're all on the same page. I'm not comparing a single quantum board with a single cob with a single hps. I want to compare how well each would produce at the same wattage, or at what wattage would I see similar results?
I have a 4x8 that I currently flower in, a 8x8 that needs to be set up still, and another 4x8 on the way. Currently I'm using cobs from Aglex, and just ordered their newer 200w quantum boards. The cobs pull around 450 watts each, currently I'm using one cob per 4x4 footprint of the 8x4, and it's not producing enough to be frank.
Now, I'm not going to let this get me down, as I said I just ordered 2 quantum boards, and I have a third cob light that I can set up as well. My question however, is how many quantum boards or cobbs would I have to set up to compete with a 1000w single hps fixture when it comes to bud production?
The energy efficiency for LEDS is definitely appealing, but it's actually not needing to worry too much about produced heat that really sold LEDS for me. Quantum boards from the same company are claiming that they produce as well as the cobs that are about twice the wattage as well.
As a disclaimer, the quantum boards I ordered haven't arrived yet so I don't know how big they are. I'm not sure how many I can fit in a single 4x8 tent. I'm sort of hoping that I can get away with running 1000 watts in the 4x8 with quantum boards and produce bigger, or more buds than comparing with a hps at that point, or at least equal.
Anyways, thoughts?
TL;DR:
I want to find out how many lights I need to be competitive with a 1000w hps bulb per 4x4 area. I do not have specs for HPS, just trying to get an idea of how much of either I need to get what I'm aiming for, or close to it.
Specs: (Company posted)
Quantum board
COB LED
Before we get started I want to make sure we're all on the same page. I'm not comparing a single quantum board with a single cob with a single hps. I want to compare how well each would produce at the same wattage, or at what wattage would I see similar results?
I have a 4x8 that I currently flower in, a 8x8 that needs to be set up still, and another 4x8 on the way. Currently I'm using cobs from Aglex, and just ordered their newer 200w quantum boards. The cobs pull around 450 watts each, currently I'm using one cob per 4x4 footprint of the 8x4, and it's not producing enough to be frank.
Now, I'm not going to let this get me down, as I said I just ordered 2 quantum boards, and I have a third cob light that I can set up as well. My question however, is how many quantum boards or cobbs would I have to set up to compete with a 1000w single hps fixture when it comes to bud production?
The energy efficiency for LEDS is definitely appealing, but it's actually not needing to worry too much about produced heat that really sold LEDS for me. Quantum boards from the same company are claiming that they produce as well as the cobs that are about twice the wattage as well.
As a disclaimer, the quantum boards I ordered haven't arrived yet so I don't know how big they are. I'm not sure how many I can fit in a single 4x8 tent. I'm sort of hoping that I can get away with running 1000 watts in the 4x8 with quantum boards and produce bigger, or more buds than comparing with a hps at that point, or at least equal.
Anyways, thoughts?
TL;DR:
I want to find out how many lights I need to be competitive with a 1000w hps bulb per 4x4 area. I do not have specs for HPS, just trying to get an idea of how much of either I need to get what I'm aiming for, or close to it.
Specs: (Company posted)
Quantum board
COB LED
Model | K2000W Quantum LED Board Grow Light | AGL-2000W-C02 |
Actual Power | 180w ± 5% | 408W |
Amp | 1.64@AC110V, 0.82A@AC220V | 3.7A@AC110V 1.85A@AC220V |
LED | Samsung 301b | 4COB+90LEDs |
LED Color | Red, Blue, IR, White2000K 6500K | |
Dimension | 54*35*6.5cm | 43*43*6cm |
Net Weight | 3.2kg | 5.25kg |
Core Coverage | 4*4.6 ft | 4*4ft |
Max Coverage | 5*5ft | |
Par Value | 1912unol @ 30cm | 1241umol |
Lumen | 65647 @ 30cm | 64552lm |