The adaptable COB LED


With high photosynthetic photon efficiency and photosynthetic photon flux values, adjustable and customizable light emission according to the varied breeding environments and the changing needs of the individual plant's growth phases- you can bet this COB horticulture oriented solution is up for grabs.

The latest COB solution, horticulture focused and dubbed "Plant lamp (COB LED) series" by illumination visioner REFOND Optoelectronics, is ready to highlight your green operations. No more a binary "turn off or on" only switches. these LED COB lights solutions provide a better opportunity to control how much heat to emit and light to shine through the entire growth lifespan of a plant. From seeding to fruit, these changeable and friendly to use customizable COB LED's are here to bring the lighting optimum to maximum. Say swish to the binary switch. It's the new Plant lamp era.

An academic research from 2016 regarding photobiology in horticulture stated "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", and concluded that LED technology "has the potential to improve food quality, reduce energy consumption, and increase food security". The researches emphasized that LED use in horticulture is "expected to gradually revolutionize commercial crop production".

High values of photosynthetic photon efficiency (PPE) & photosynthetic photon flux (PPF) guaranteed, you can be sure that these COB LED solutions are bringing their Supplementary photosynthesis to the game in order to ensure the healthy growth of the plants. Applied in multiple horticulture scenarios, and with water utility in mind, these solutions will optimize cost effectiveness of multiple resources. Although initial cost of a 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.

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.

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