I haven't heard from Cammie since she got booted from here but since I did this test I'm hoping we could use the panel we have here with a dead diode as a fourth light to try to improve our results. I'm pretty positive that with the 4th light and new method we can atleast double our results.
I bet 1000w of LED produces just as much heat as 1000w HID....I bet after growin with a HID you'll find having to raise 8 panels at a time a bit of a piss off. A couple of things to consider with watt for watt comparisons.
You seriously think you can double your LED yield? I was thinking the same but I don't think my g/w will be anywhere near yours. If you could even add 30% - 50% I think that changes the discussion pretty seriously.
What changes would you make next run through?
There is the possibility that the technology is simply suffering growing pains and further tweaking will improve results significantly.
That's been the splinter in the brain for me this weekend. See my thoughts below.
Your right, all of those points are plausible. I don't mind investing in a technology that is just emerging. What I don't like is being conned into investing in the technology.
Amen WarBux79, I second that...
There's an old saying. Serve a bad meal to a customer and they will tell 10 people about it. Serve them a good meal and they may tell 2.
I'd say if the chef is standing at the corner yelling "BEST FOOD EVER!!!!" they may tell 30 - 50 people.......
So what's been bugging me is this... Why do we need the same amount of watts to get the same results??
Facts:
LED uses targeted light spectrums so you waste no light.
LED vegges well and can keep up with HPS/mh with lower watts in veg.
HPS wastes a lot of light that the plant doesn't use.
HPS flowers better than LED without equal or more watts.
I'm no rocket scientist but my ghetto science tells me the issue with the LED's is that they are either:
1) missing a spectrum or spectrum's necessary for flowering
or
2) doesn't have the right ratio of spectrum's necessary for flowering.
I don't really see any other reason for the LED not keeping up in flowering with less watts. 1000w LED vs. 1000w HPS the plant is using all 1000w of LED and 1000w HPS is NOT. I forget the percentage of light from an HPS that a plants can't use but whatever that percentage is x% is a usable light advantage for the LED. Let's call is 15% although I think it's more. How can the HPS make up for this 15% disadvantage other than it has something the LED does not.