laserbrn
Well-Known Member
I want to start this thread by saying that I don't want this to turn into CFL bashing.
HID is better than CFL for one reason and one reason alone: HID produces more grams/watt.
What I am not looking for:
1) Why CFL is better than HID, that's a whole 'nother discussion.
2) Defense of CFL as a viable form of growing. I know it's viable, it's just inferior and that's not what this discussion is about.
What I am looking for:
WHY is CFL so inferior? What is missing from all of the mis-information on this forum. Where is the missing factor that we aren't looking for that's allowing HID's to produce so much better?
I just don't understand why if CFL's can produce as much "light", both brightness and luminosity, but can't produce the BUD. I've seen enough charts over the past couple of years to want to kill myself and of course Tea Tree's animations about nothing that he simply made up.
I want to know WHY after all of analysis and all of the charts we can't make them more efficient at Grams/Watt.
Is it that we are measuring the brightness of a bulb somehow rather than it's "energy" somehow? The plant works on photosynthesis so it seems to me something is wrong in how the plant converts this light (regardless of how it measures up) into energy through photosynthesis.
The other question is why they don't penetrate for shit and why if they can generate so much "light" and if all the charts are correct, why do they need to be 2" from the plants? Why is it that the light they produce doesn't travel or penetrate?
I am looking for insightful information regarding the performance of CFL's and why they may NOT be producing as well as we think they should based on the charts.
HID is better than CFL for one reason and one reason alone: HID produces more grams/watt.
What I am not looking for:
1) Why CFL is better than HID, that's a whole 'nother discussion.
2) Defense of CFL as a viable form of growing. I know it's viable, it's just inferior and that's not what this discussion is about.
What I am looking for:
WHY is CFL so inferior? What is missing from all of the mis-information on this forum. Where is the missing factor that we aren't looking for that's allowing HID's to produce so much better?
I just don't understand why if CFL's can produce as much "light", both brightness and luminosity, but can't produce the BUD. I've seen enough charts over the past couple of years to want to kill myself and of course Tea Tree's animations about nothing that he simply made up.
I want to know WHY after all of analysis and all of the charts we can't make them more efficient at Grams/Watt.
Is it that we are measuring the brightness of a bulb somehow rather than it's "energy" somehow? The plant works on photosynthesis so it seems to me something is wrong in how the plant converts this light (regardless of how it measures up) into energy through photosynthesis.
The other question is why they don't penetrate for shit and why if they can generate so much "light" and if all the charts are correct, why do they need to be 2" from the plants? Why is it that the light they produce doesn't travel or penetrate?
I am looking for insightful information regarding the performance of CFL's and why they may NOT be producing as well as we think they should based on the charts.