Water cooled COB Build/pic heavy

SSGrower

SSGrower

Well-Known Member
Obvious your ducks are in a row and saluting and quacking their asses off!!

Please don't take offense when I bring this up again but why not use epoxy for the cob chips? Is it cause you want to keep it flexible?
 
Godfather420

Godfather420

Well-Known Member
SSGrower said:
Obvious your ducks are in a row and saluting and quacking their asses off!!

Please don't take offense when I bring this up again but why not use epoxy for the cob chips? Is it cause you want to keep it flexible?
Click to expand...
None taken. I'm trying to build a platform of modular design.... I'm fucking tired of Bleeding edge technology... But I love technology... How to win? Build things that don't become useless ..

Whats in store for LED, only the manufacturers know.... But what ever way they wanna serve me LED, rest assured my light will be able to have that new chip or custom quantum board strapped to it. :bigjoint:

Yes, too answer your question simply:eyesmoke:
 
Godfather420

Godfather420

Well-Known Member
qballizhere said:
That ppfd will be about 1100 and since you are adding co2 you will the the most out of it
Click to expand...
Holy shit
Way more than really need!

1818 3500K80Min 108 COBS @1750 mA ON 4.9 PROFILE HEATSINK
192 SQ.FT. CANOPY 93% EFFICIENT DRIVER @8.5 CENTS PER KWH
Total power watts at the wall: 10982.35
Cobs power watts: 10213.59
Total voltage forward: 5836.34
Total lumens: 1535423.18
Total PAR watts assuming 10% loss: 4125.02
Total PPF: 22045.93
PPFD based on canopy area: 1235.94
PAR watts per sq.ft.: 21.48
Cob efficiency: 44.88%
Power watts per sq.ft.: 53.20
Voltage forward per cob: 54.04
Lumens per watt: 150.33
 
qballizhere

qballizhere

Well-Known Member
Or
Citizen.1818C4.3000K 108 COBS @2.1A ON 4.9 PROFILE HEATSINK
192 SQ.FT. CANOPY 93% EFFICIENT DRIVER @8.5 CENTS PER KWH
Total power watts at the wall: 13168.82
Cobs power watts: 12247
Total voltage forward: 5832
Total lumens: 1690086
Total PAR watts assuming 10% loss: 4645
Total PPF: 22574.7
PPFD based on canopy area: 1265.58
PAR watts per sq.ft.: 24.19
Cob efficiency: 42.14%
Power watts per sq.ft.: 63.79
Voltage forward per cob: 54.0
 
Godfather420

Godfather420

Well-Known Member
When comparing the current power load at 16-600w lights call them 625 = 10kw That would actually be more expensive..:clap:
 
Godfather420

Godfather420

Well-Known Member
qballizhere said:
Or
Citizen.1818C4.3000K 108 COBS @2.1A ON 4.9 PROFILE HEATSINK
192 SQ.FT. CANOPY 93% EFFICIENT DRIVER @8.5 CENTS PER KWH
Total power watts at the wall: 13168.82
Cobs power watts: 12247
Total voltage forward: 5832
Total lumens: 1690086
Total PAR watts assuming 10% loss: 4645
Total PPF: 22574.7
PPFD based on canopy area: 1265.58
PAR watts per sq.ft.: 24.19
Cob efficiency: 42.14%
Power watts per sq.ft.: 63.79
Voltage forward per cob: 54.0
Click to expand...
lmfao!
 
Godfather420

Godfather420

Well-Known Member
qballizhere said:
That ppfd will be about 1100 and since you are adding co2 you will the the most out of it
Click to expand...
I think I'll be shooting for here.. I have some power limitations here...

1818 3500K80Min 108 COBS @1400 mA ON 4.9 PROFILE HEATSINK
192 SQ.FT. CANOPY 93% EFFICIENT DRIVER @8.5 CENTS PER KWH
Total power watts at the wall: 8574.31
Cobs power watts: 7974.11
Total voltage forward: 5695.79
Total lumens: 1241349.47
Total PAR watts assuming 10% loss: 3334.97
Total PPF: 17823.56
PPFD based on canopy area: 999.22
PAR watts per sq.ft.: 17.37
Cob efficiency: 46.47%
Power watts per sq.ft.: 41.53
Voltage forward per cob: 52.74
Lumens per watt: 155.67
Heatsink riser thickness / number of fins / fin's length: 0.3in/13/1.0in
Heatsink area per inch: 234.78 cm^2
Total heat watts: 4306.02
umol/s/W: 2.24 LER: 335.00 QER: 4.81
Heatsink length passive cooling @120cm^2/heatwatt: 2201 inches
Heatsink length active cooling @40cm^2/heatwatt: 734 inches
COB cost dollar per PAR watt: $0.74
Electric cost @12/12 in 30 days: $262.37
Electric cost @18/6 in 30 days: $393.56
Cost per cob: $23.0
Heatsink cost per inch cut: $1.78
Total cobs cost: $2484.0
 
qballizhere

qballizhere

Well-Known Member
Godfather420 said:
I think I'll be shooting for here.. I have some power limitations here...

1818 3500K80Min 108 COBS @1400 mA ON 4.9 PROFILE HEATSINK
192 SQ.FT. CANOPY 93% EFFICIENT DRIVER @8.5 CENTS PER KWH
Total power watts at the wall: 8574.31
Cobs power watts: 7974.11
Total voltage forward: 5695.79
Total lumens: 1241349.47
Total PAR watts assuming 10% loss: 3334.97
Total PPF: 17823.56
PPFD based on canopy area: 999.22
PAR watts per sq.ft.: 17.37
Cob efficiency: 46.47%
Power watts per sq.ft.: 41.53
Voltage forward per cob: 52.74
Lumens per watt: 155.67
Heatsink riser thickness / number of fins / fin's length: 0.3in/13/1.0in
Heatsink area per inch: 234.78 cm^2
Total heat watts: 4306.02
umol/s/W: 2.24 LER: 335.00 QER: 4.81
Heatsink length passive cooling @120cm^2/heatwatt: 2201 inches
Heatsink length active cooling @40cm^2/heatwatt: 734 inches
COB cost dollar per PAR watt: $0.74
Electric cost @12/12 in 30 days: $262.37
Electric cost @18/6 in 30 days: $393.56
Cost per cob: $23.0
Heatsink cost per inch cut: $1.78
Total cobs cost: $2484.0
Click to expand...
That is still a good way to go.
 
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