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I'm seeing more manufacturers incorporating sub 400nm ranges in their lights with varying degrees of efficiency. According to one manufacturer, UVA is as beneficial as UVB and in comparisons of terpene analysis there was no noticeable difference. Idk how necessary it is compared to running UVA alone. I've been focusing all my builds on 380-800nm spectrums but the price of UVA diodes is expensive.
For greenhouse growing I've been hearing a lot about quantum dots and having control over the spectrum. I think ScynceLED, bridgelux vestas, and all the other tuneable lights are amazing but they seemingly lab intended/priced in the commercial space.
@BII I think the prices are going to come down but how many companies are actually interested in or targeting horticulture? When I was speaking with bridgelux about becoming a Distributor they weren't interested in Horticulture. Samsung has the 301h that are marked for Horticulture with a coating but it's basically a 301b.
Another aspect to look at is the relatively slow change from HID to LED in commercial operations. There is an organization certifying grow lights for efficacy and other purposes so that's another element. How far will regulation go in regards to cannabis cultivation and it's resource heavy needs?
I read that theoretically LEDs will max out around 3.5-4.0umols/j so maybe lasers will be next? Quantum dots? Light chambers?
For greenhouse growing I've been hearing a lot about quantum dots and having control over the spectrum. I think ScynceLED, bridgelux vestas, and all the other tuneable lights are amazing but they seemingly lab intended/priced in the commercial space.
@BII I think the prices are going to come down but how many companies are actually interested in or targeting horticulture? When I was speaking with bridgelux about becoming a Distributor they weren't interested in Horticulture. Samsung has the 301h that are marked for Horticulture with a coating but it's basically a 301b.
Another aspect to look at is the relatively slow change from HID to LED in commercial operations. There is an organization certifying grow lights for efficacy and other purposes so that's another element. How far will regulation go in regards to cannabis cultivation and it's resource heavy needs?
I read that theoretically LEDs will max out around 3.5-4.0umols/j so maybe lasers will be next? Quantum dots? Light chambers?