With LED lighting systems that can speed up the growing process more affordably than ever before, greenhouse growers are flocking to these newer, cooler and longer-lasting lighting systems that use less energy than incandescent lights. In this article, we’ll shed some light on this ever-changing technology and how LED lights can be successfully used in conjunction with commercial greenhouses manufactured by Agra Tech, Inc., a leading manufacturer of commercial greenhouses and accessories as well as a major distributor of associated equipment for commercial, horticultural, and agricultural growers, retail nurseries, research and education facilities.
Technological advances in the field of botany and horticulture have taken amazing leaps in just the last decade. By slightly altering the photosynthesis mechanisms of plants, horticulturists are able to take control of their biology and produce better crops faster and less costly. Another method horticulturists use to improve crop production is by refining the way they use various wavelengths of light delivered at different times of the day. LED lights are ideal for this latter technique, because they can be dialed in for anything you’re growing in a greenhouse environment.
By using LED lighting systems strategically and thereby reducing electrical consumption, greenhouse farmers can save big bucks. Different crops require varied lighting requirements. For instance, for flowering plants, growers use low-intensity lighting applications while high-intensity lighting applications are ideal for young plants and vegetables
Low-intensity applications are best-suited for crops requiring long photoperiods and high-intensity LED light applications are ideal for plants that thrive best when their photosynthetic processes are boosted over a short period of time. LED lights in greenhouses have a wide range of benefits, but primarily users of Agra Tech, Inc. commercial greenhouses most appreciate the following:
If you’re skeptical about these “magical” lights, rest assured–there are tons of research backing all these claims. In one scenario, tomatoes grown using LED lights in the winter can significantly reduce greenhouse energy costs without sacrificing yield, according to a recent Purdue University study. The stated goal of this research was to reduce prices to the point where local growers could compete with the prices of tomatoes that are shipped from faraway places. Local tomatoes would be harvested vine ripe, would taste better and would boost local economies, in situations where greenhouse farmers used LED lights in greenhouses just like the ones designed and made by Agra Tech, Inc.
“The United States still imports one-third of its tomatoes from Mexico and Canada, as well as other countries,” the study explained. “This technology could allow U.S. growers to create local jobs that shrink carbon footprints and produce better-tasting tomatoes.” Future studies include comparing LED-lit tomatoes with traditionally grown tomatoes for flavor. This study is published in the journal HortTechnology and The Specialty Crop Initiative of the U.S. Department of Agriculture’s National Institute of Food and Agriculture funded the research.
Now, the big question is—how do LED lights compare with incandescent lights and Compact Fluorescent Lights (CFL) price-wise? LED lights typically cost more than incandescent and CFL lights, but considering how infrequently you’ll have to replace them compared to the average lifetime of incandescent or CFL lights, the long-term savings is clear. LED lights have an average lifetime of 50,000 hours, while incandescent lights have 1,200 hours and CFLs have only 8,000 hours.
The short answer to a long question is that incandescent and CFL lights are still a slightly better deal right now in the short term, but LED lights are dropping in price and the overall energy savings may soon trump the old incandescent and CFL lights across the board.
As LED lighting progresses and growers learn how to manipulate it for best results, this emerging technology will greatly change greenhouse growing all over the planet. An LED Research Consortium was formed several years ago to provide insight into LED lighting. Michigan State University, Orbital Technologies, Inc., Rutgers University, University of Arizona and the aforementioned Purdue University are all on board to make LED lighting more prevalent in commercial greenhouses all over the world.
If these growers can use LED lights to save money and energy while producing high-quality crops consistently, this method of lighting will make incandescent lights part of the distant past. And that’s why everyone at Agra Tech, Inc. is on the cutting edge of LED lighting, because if it can make better crops faster and save energy, we’re in it to win it!
#Michigan State University
#National Institute of Food and Agriculture
#University of Arizona
#US Department of Agriculture
After performing his research and comparing ATI to other companies, Landreth said his final decision was a no-brainer. “We decided to go with ATI for a lot of reasons and it’s turned out to be a great decision. They represent good value; they use only quality materials and components like Ridder drives/motors and their greenhouses are very competitively priced. They’re well-built and designed, so we’re confident that they will last for many years to come.”
“Building these structures was a very positive process from beginning to end,” Landreth said. “The process of each greenhouse was seamless and drama-free. Ag-Con has constructed all of our ATI greenhouses and they’ve done an incredible job.”
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