With 50,000 to 100,000 hours expected lifespans, a plant-friendly lighting spectrum and adjustable size and shape, the new phase of agriculture is here. Through vertical agriculture needs oriented LED tech, a better opportunity for control of heat and light emission is at the tip of your fingertips for wonderous results.
The Horticulture lighting solutions series, dubbed the "Ceramic 3030/3535" by lighting and illuminance mastermind REFOND Optoelectronics, has been groomed and ready to be harvested. No more a binary "turn off or on" only switches. these LED grow lights solutions provide a better opportunity to control how much heat to emit for elaborate results. These far red, deep red and royal blue lighting solutions are highly reliable, with vertical surface mount package designed & excellent anti-vulcanization performance. Not to mention the high heat resistance and low thermal resistance- these compact packages are a packaged beam of sunshine.
Although initial cost of an LED bulb is higher than a traditional bulb, these solutions are 66% more energy efficient as they use less power than others. Additional reduced costs are seen in less use of water due to less evaporation and also less air conditioning required by the farmer for the plant's well-being.
"Large differences in pigment contents can alter the flavor of crops, but light is also important in regulating the biosynthesis of many of the volatile compounds that create the flavor and aroma of leaves, fruits, and flowers" stated researchers in a 2016 academic study regarding photobiology in horticulture. The research also stated "Red, far-red, and blue light have all been implicated in driving synthesis of the pigments required for photosynthesis", and further explained: "Blue and red light cause an increase in chlorophyll levels, whereas far-red results in reduced chlorophyll contents. As well as influencing the appearance of plants, these changes can also alter the rate of photosynthesis and therefore impact plant growth rates. The link between secondary metabolites and photosynthesis comprises an additional layer of complexity that should be considered when designing light recipes".
Through efficient and user-controlled wavelengths, the LED grow lights emit a plant-friendly spectrum (approximately 400–700 nanometers) which encourages plants to grow faster and produce higher yields. Furthermore, with 50k to 100k hours expected lifespans (approx. 68.5 to 136.9 months), variety of rich wavelength, creation of monochromatic light and composite spectrum and color controllable lights- all these advantages help the agriculture/horticulture tech entrepreneur to grow better, more varied products faster and at different times. Thus, LED can truly be labeled as cost effective.
In addition, customizable solutions according to individual requirements of customers' plant lighting lamps are fully available, and packaged device solutions can be manifested with different package sizes, power, wavelengths and spectrum requirements. Thus, by covering the market mainstream 2835/3030/3535 package sizes, with 0.2 W - 1 W and higher power light, white light, such as the adjustable light plant lighting packaging devices.