Commercial agriculture continues to progress steadily towards indoor growing as arable land is becoming scarce, and the vertical farming technology which is enabling it is becoming less cost prohibitive. The future seems bright using the vertical farming systems, with vertical racks full of desired crops and plants. Now, as leaders in supplemental lighting, LED grow lights are set to transform this concept.
When most of us think of growing crops, we imagine them in the ground. Vertical farming is a new concept that involves growing and producing plants by stacking them. Stacking is possible using various growing shelves suspended on a fence or wall. Compared to growing plants on the ground, indoor vertical farming uses less space, hence maximizing the space available.
In modern indoor growing setups, LED grow light technology continues to replace the use of traditional supplemental options like fluorescent, HID, plasma, and various others in the horticulture sector. The primary reason behind this is that these lights get more light output per watt, which is essential to control the various stages of the growth of the plants by controlling the combination of the spectrum.
LEDs, the Future of Vertical Farming
LED grow lights are the ideal choice in most horticulture applications. However, they are common today in vertical farming, plant speed breeding, greenhouse lighting, algae research and production, microgreen growing, seeding production, tissue culture, Arabidopsis practices, Phytopathology, and other scientific studies. Now, the future is looking forward to more production of crops grown primarily in towering structure stacking vertical racks.
Given the need for strict control over the environmental conditions, LED grow lights offer a clear path regarding the future of indoor farming. They provide heat control and unparalleled PAR alongside the modular design as well as a balanced spectrum of light. These lights today go through continuous transformations and modification, which ensures they make a significant impact on vertical farming facilities and indoor farming in distinctive ways.
Most vertical farms indoors are hydroponic, where the growing of the plants is in a pool of water containing nutrients. Others can be aeroponic, where a mist spray including water and nutrients supports the growth of the plant. These two methods do not require soil for the growth of the plants, but supplemental lighting helps.
Vertical Farming and Its Tangible Benefits
Although this is a new farming concept, it offers several tangible benefits. The first is that it provides control over all the technology needed to grow, and produce crops grown all year round. If a plant needs a specific amount of light or humidity, a vertical farm set up can provide what’s necessary. This ensures the plant grows through the season, all year round. Besides, a vertical farm will not have weeds and bugs, removing harmful chemicals and pesticides from the process.
Why LED Grow Lights?
In vertical farming, Dorm Grow LEDs offer unique benefits. They provide 60% energy saving compared to traditional indoor grow lights. The reason for this is that it is possible to filter the spectrum of the light rays, to provide the plants with targeted wavelengths of light since the plants will not absorb all the frequencies the human eye perceives.
During the vegetative growth, G8LEDs will save about 60% in electrical consumption, and about 50% during the flowering stage compared to HID (High-Intensity Discharge) systems like Metal Halide, or High-Pressure Sodium bulbs. Using other grow lights like HID bulbs, about two-thirds of the power is wasted and doesn’t go into the photosynthesis process. However, G8LEDs have very efficient light wavelength formulations, which optimize the vertical farming experience indoors. Plants can convert the light from this into energy readily and using it for vegetative growth and flowering.
The Green Solution
G8 LED lights are eco-friendly, which means they work perfectly with hydroponic systems, aeroponic systems, and soil. They reduce energy demand, are high quality, and reduce the carbon footprint of your growing operation. Concerning durability, these lights outperform others. They offer safety and quality growing of plants and more yields per plant. G8LED grow lights produce the most exceptional quality, high-shelf products, all the while reducing the operational costs of an indoor growing facility.
Furthermore, the best LED grow light technology will emit less heat compared to traditional lamps. Indoor grow lights can give off a tremendous amount of excess heat. During indoor growing projects such as vertical farming, LEDs provide more advantages as well as other greenhouse applications.
Using G8LED grow lights will allow your plants to grow healthy and photosynthesize efficiently in a grow room compared to other light sources. These LED lights are fast becoming the future of farming indoors. If you are planning a vertical farming design for your indoor grow facility, consider building with these performance LED lights.