Hello everyone,
My first post here but I'm a long time reader and would like to thank all of you who share their knowledge and experiences - it's really is fascinating and inspiring
roud:
I've wanted to try LED lighting for some time now.
This was my previous test setup (10G paludarium) based on 5mm super bright Led (mostly wide angle Cool white with some red and blue moon lighting):
I currently design a new Paludarium (mp KRISTALL octagon, 60X60X50cm, water level at around 25cm)- so it's a good opportunity to really get into that.
What can you recommend from your recent experiments regarding the best combination of LEDs for good plant grow (high PAR) as well as visually (high CRI)?
From what I figured so far, I would probably go for Cree's with good thermal management for good efficiency.
It seems it'll be good practice to base the light around white XR-Es (bin Q4/5 ) and combine some Blue/RoyalBlue/Orange/Red/IR(?)/UV(?) to enhance PAR and color effects.
However I'm not sure regarding specific models/spectrums and quantity each to get a good efficient (and "cost effective") results.
Also haven't decided yet regarding optics (if at all), cover, and reflector design (consider the need to cover the back wall as well as reach the bottom...).
Most of the plants, both underwater and above level, will have low-medium light requirements.
As a reference - in a similar setup, I get very good results with 3X24watt T5HO (2XCw 1XGrulux) .
I saw the threads here (i.e. Hoppy/malaybiswas and others) and learned a lot.
However, while your light (as well as most aquarium DIY projects I saw) based around mostly White/Blue combinations.
Other sites dealing with LED growing lights (not aquarium) recommend different solutions - mainly blending RED/Blue/royalBlue (depends on plant and grow stage)- which makes sense considering Maximum chlorophyll A production occurs at ~662nm (for red) and ~430nm (for blue), while maximum chlorophyll B production occurs at ~642nm (for red) and ~453nm (for blue).
I have some interesting refrences - but cant post them here yet (since new users can't post links)
Any thoughts, recommendation and/or tips are happily welcome
Gal
P.s. - Please forgive my weird English... not my native language as you may have already guessed
My first post here but I'm a long time reader and would like to thank all of you who share their knowledge and experiences - it's really is fascinating and inspiring
I've wanted to try LED lighting for some time now.
This was my previous test setup (10G paludarium) based on 5mm super bright Led (mostly wide angle Cool white with some red and blue moon lighting):
I currently design a new Paludarium (mp KRISTALL octagon, 60X60X50cm, water level at around 25cm)- so it's a good opportunity to really get into that.
What can you recommend from your recent experiments regarding the best combination of LEDs for good plant grow (high PAR) as well as visually (high CRI)?
From what I figured so far, I would probably go for Cree's with good thermal management for good efficiency.
It seems it'll be good practice to base the light around white XR-Es (bin Q4/5 ) and combine some Blue/RoyalBlue/Orange/Red/IR(?)/UV(?) to enhance PAR and color effects.
However I'm not sure regarding specific models/spectrums and quantity each to get a good efficient (and "cost effective") results.
Also haven't decided yet regarding optics (if at all), cover, and reflector design (consider the need to cover the back wall as well as reach the bottom...).
Most of the plants, both underwater and above level, will have low-medium light requirements.
As a reference - in a similar setup, I get very good results with 3X24watt T5HO (2XCw 1XGrulux) .
I saw the threads here (i.e. Hoppy/malaybiswas and others) and learned a lot.
However, while your light (as well as most aquarium DIY projects I saw) based around mostly White/Blue combinations.
Other sites dealing with LED growing lights (not aquarium) recommend different solutions - mainly blending RED/Blue/royalBlue (depends on plant and grow stage)- which makes sense considering Maximum chlorophyll A production occurs at ~662nm (for red) and ~430nm (for blue), while maximum chlorophyll B production occurs at ~642nm (for red) and ~453nm (for blue).
I have some interesting refrences - but cant post them here yet (since new users can't post links)
Any thoughts, recommendation and/or tips are happily welcome
Gal
P.s. - Please forgive my weird English... not my native language as you may have already guessed