Question: What does this light and this airplane have in common?
Answer: They were both designed and built by aerospace engineer Greg Richter. Greg's resume will leave you speechless. This is why we are so confident this is the best grow light you will ever need. Learn more about Greg Richter and listen to him explain the system.
Growers know—life starts with light. Every gram, ounce or pound of produce generated from your indoor garden or climate controlled grow room begins with a photon of light. Plants use this crucial input energy (also known as photosynthetically active radiation or PAR) to capture and transform carbon dioxide into plant-usable carbohydrates—the building blocks of life.
When cultivating crops indoors in controlled growing environments, the quality and intensity of the PAR that you deliver to your plants largely determines both the medicinal and nutritional quality and quantity of the harvest. These precious photons form the “fuel” in the engine of your grow room.
In today’s increasingly competitive marketplace, progressive growers are constantly searching for techniques or technology that can help to differentiate them from the pack.
So why not start with quality and intensity of the light itself?
Most DEva lights are designed to cover a 4×4 footprint about 3 feet off the canopy. We generally recommend a hang height of two to three feet.
HOW MANY BTUS HEAT DOES THE GROW LIGHT OUTPUT?
1000 watts = 3412 BTU/hour = 0.2854 refrigeration tons.
Same numbers, just different unit of measure. DEva is close to 95% efficient, so adding 5% gets you:
This is just the lights – you still need to cool the room which depends on outside air temperature, insulation, windows, etc.
DEva is designed, built, service and has in-house support. One company, not six.