Just received the AI Prime Freshwater light.
A bit buggy at first but seems to be working well now.
The app isn't the most intuitive out there; no user guide and/or tips on how to set various LED values, schedules, or timers but you get most of it eventually after tinkering around. The app also has issues with connecting to the light. I'll do a full write up on the light a bit later as I learn and understand it better.
I've read up on PAR values here on the forum and was wondering on how you guys would setup the spectrum for this light for a planted tank?
AI claims a max PAR of 86µMol with a spread of 24" x 24"
Attached is a screenshot of the various LED settings within the app.
From what I understand, plants don't absorb light / photosynthesize in certain wavelengths and prefer the blue / red ends of the spectrum.
A good primer on light is here: Lighting Spectrum and Photosythesis - Lighting - Aquatic Plant Central
So it appears to me that a combination of 1) red / blue light (for optimal photosynthesis) and 2) a touch of green / white light for purely aesthetic reasons is the best recipe.
Oddly enough, ADA doesn't even emit much red spectrum on their Aquasky G here: AQUASKY G - Advanced LED grow light | ADA - LIGHTING SYSTEM
Let's discuss!
A bit buggy at first but seems to be working well now.
The app isn't the most intuitive out there; no user guide and/or tips on how to set various LED values, schedules, or timers but you get most of it eventually after tinkering around. The app also has issues with connecting to the light. I'll do a full write up on the light a bit later as I learn and understand it better.
I've read up on PAR values here on the forum and was wondering on how you guys would setup the spectrum for this light for a planted tank?
AI claims a max PAR of 86µMol with a spread of 24" x 24"
Attached is a screenshot of the various LED settings within the app.
From what I understand, plants don't absorb light / photosynthesize in certain wavelengths and prefer the blue / red ends of the spectrum.
A good primer on light is here: Lighting Spectrum and Photosythesis - Lighting - Aquatic Plant Central
So it appears to me that a combination of 1) red / blue light (for optimal photosynthesis) and 2) a touch of green / white light for purely aesthetic reasons is the best recipe.
Oddly enough, ADA doesn't even emit much red spectrum on their Aquasky G here: AQUASKY G - Advanced LED grow light | ADA - LIGHTING SYSTEM
Let's discuss!
