BAHAHA i love it. Please do so! Can you make a bunch of them so that you can put them all over within your group of plants? I don't remember whether you have posted details about the planned arrangement of your plants... but anyway.
Peace!
Thank you much. The plan is definitely to have a few for hanging in the garden... it'd look really cool. You'd have to wear some serious sunglasses, though. Maybe the tanning bed glasses would work well. With these LEDs shining right at you, you'd go blind.
I'm pretty sure my mothers setup will be 2-3 plants in a small rubbermaid tub, probably sitting on top of a reservoir of the same size. Small pond pump, minimal nutrients (start about 50, then up to 400-500 tops, then down to 150-200 once I take my first set of clones), basic pH correction, FREE tds meter up to 999 ppm (it'll do perfectly for now), small dose of hydrogen peroxide to keep the roots nice (after a couple new nodes have popped), air pump w/ stone in the top res (drain will leave about 1" water in bottom of tub), I may need to address water temp later, but maybe not with the negligible amount of heat these LEDs emit.
Thank you much.
How many leds can you power with 24v 6.5 A?
The setup I've created uses one of them to power 1652 LEDs (1452 3mm, 200 5mm). It uses 4.4A & 140W. I forgot to mention the power supply is rated for 150W.
I've been running 12 volt... and I can only fit three leds in series, and with my 20 some odd amps only 144 of these circuits in parallel.
I was looking at using 12V, but once I saw a super-discounted 24V, I realized a few things. Higher DC voltages travel with lower resistance (less heat), more in series allows more efficient use of space on the breadboard & fewer jumper wires to mess with, and a longer series also allows me to get closer to the exact "typical voltage" without pushing the max voltage.
New Picture! I took a shot of what my mini test panel looks like. The reds are all the 635nm (real panels will have more variety). The front right LEDs are the 470nm blue, and the left rear is the deep blue/blue/teal/green arrangement.
I forgot to mention that I'm using a 12V 500mA power supply switched to only 9V, so these aren't even being powered to their full potential (wired them for 12V on this panel). I want to get a multimeter to test the DC output first, so as not to damage any LEDs.