Nice looking plants, though a tad droopy. Adding some 500-600 should solve that
ASAP get some Cree WW 9.5w globes from HD/Lowes
B/R grows plants but it misses the 500-600nm range. It is proven that you want them too
See captainmorgan's thread- those are all he is using
Do you have a link for that thread? I'm still new to this forum
But what is the theory behind the 500-600nm range? The Chlorophyll utilization of those wave lengths seems to be more or less non-existent.
I'm very open to any help I can get, I just like to hear the theory/science behind it.
Looking nice for 90w. Is the actual power draw 90w? I'm sure it's a bit more due to drivers and fans if any.
My setup is as follows: 230V to 24VAC transformer -> Diode bridge -> A total of 8100 uF (5x 680 uF and 1x 4700 uF) -> Three MeanWell LDD-1000H constant current drivers.
Actual power draw of the LEDs are 24W (23.980V @ 1000 mA), which means the actual power to the LED lamp is only 72W. The entire setup, with fans and everything, draws 101W, which I find very reasonably considering the grow.
how about a pic of the light?
Sure thing mate. Bear in mind that this is my first attempt at testing whether LED was suitable for growing, so it is purely made to work, not to look pretty!
My next LED lamp will be a total of 12x 10W (8x red, 4x blue) and a 100W red. Here's the heatsink with the 8 red and 4 blue (not yet screwed into place):
Total cost is roughly 65 USD, for 220W. This includes boost converters to supply the LEDs. All that is needed, is to connect the converters to 12V (or up to 28V).