I made the following fixture for Cree PAR38 spot/flood LEDs sold at Home Depot:
This blog post shows how to make it (including a parts list and photos showing various positions it can be adjusted into). The electric outlets on top are useful for piggybacking multiple fixtures together, or to power sidelighting.
This fixture arose from using Cree "lightbulbs" instead of CFLs for sidelighting. They are about 30% more efficient (slightly more efficient than T5HO). The PAR38 spot/flood are similar efficiency and useful for stronger top-lighting like T5HO.
To me, this area is an interesting alternative to low-efficiency CFL (especially when heat is an issue), low-cost (and inefficient) Chinese import LED fixtures, and DIY high-efficient COBs. It's somewhere in between all those. Not as DIY as a COB build. More efficient than CFL or imported LED fixtures which dominate the market. Something that can be scaled into without an initial high cost.
This blog post shows how to make it (including a parts list and photos showing various positions it can be adjusted into). The electric outlets on top are useful for piggybacking multiple fixtures together, or to power sidelighting.
This fixture arose from using Cree "lightbulbs" instead of CFLs for sidelighting. They are about 30% more efficient (slightly more efficient than T5HO). The PAR38 spot/flood are similar efficiency and useful for stronger top-lighting like T5HO.
To me, this area is an interesting alternative to low-efficiency CFL (especially when heat is an issue), low-cost (and inefficient) Chinese import LED fixtures, and DIY high-efficient COBs. It's somewhere in between all those. Not as DIY as a COB build. More efficient than CFL or imported LED fixtures which dominate the market. Something that can be scaled into without an initial high cost.