Benefits of Agricultural Led Lights
The light emitted by LEDs can be adjusted to fit the specific needs of the crop. Plants like iceberg lettuce, tomatoes and basil respond best to the blue and red spectra for photosynthesis and optimum growth.
LEDs can also reduce energy costs with their lower-heat technology and better illumination uniformity. However, power factor (PF) and total harmonic distortion (THD) can still be a challenge.
1. Energy Efficiency
Modern farmers can now use precise LED lighting systems to grow crops in a highly controlled environment. They have a huge range of benefits including optimizing harvests, increasing yield, minimizing fertilizer use, and saving energy costs.
With their long lifespan and low energy usage, LEDs are far more economical to Agricultural Led Lights run than traditional bulbs. This saves the farm a significant amount of money and allows them to invest that money into other aspects of their business.
LED lights are able to deliver light in narrow bands of wavelengths that plants need for photosynthesis. For example, plants need red wavelengths to promote healthy growth and flowering, while blue wavelengths help prevent leaf stretching. With this capability, the LED system can fine-tune its “light recipe” for each crop and phase of the plant’s life cycle. By contrast, sunlight’s spectrum is too broad and the result is that some of the light merely heats up the plant and causes damage.
2. Long Lifespan
Agricultural LED lights have a long lifespan that saves farmers time and money on bulb replacement. They typically last for up to 50,000 hours, which is almost six years of continuous use. The low maintenance and durable lighting also makes the work environment more comfortable for the farmers and livestock.
LEDs transfer almost no heat and are cool to the touch. This allows them to be placed closer to crops without sacrificing their performance. This is an important factor in creating effective growing environments, especially in urban agriculture.
In addition, the blue-red light spectra that LEDs produce is ideal for plant growth. Studies have shown that chlorophyll (the green pigment that plays a key role in photosynthesis) responds better to this spectral range than to other wavelengths.
This enables horticultural farmers to create more dense crop arrangements that would not be possible with other lighting technologies. In turn, this reduces operating costs and increases production efficiency. As an added benefit, LEDs are much less likely to cause crop burn than other bulbs. This is particularly important in vertical farms where plants are closely stacked and can easily be damaged by excessive heat.
3. Low Maintenance
The durability and low maintenance of LED lighting means farmers have more time to devote to other tasks. For example, LED work lights for agricultural machines like John Deere tractors and Case IH combines are made from anti-corrosive materials and designed to be easy to install and replace. Unlike the HID and halogen lights, which have to be replaced frequently, LED farm lighting can last years without needing replacement.
In the field of Agricultural Led Lights horticulture, LED lights make it possible to produce more healthy vegetables in greenhouses, resulting in higher yields and better tasting fruits and vegetables. They also reduce energy consumption and lower operating costs compared to HPS lights.
In addition, LED lights for livestock farms provide a healthier and safer working environment. Studies have confirmed that lighting has a direct impact on livestock productivity and wellbeing. For example, chickens’ eggs develop at a faster rate under natural lighting while a cow’s health, fertility and welfare improve significantly, with milk production rising by up to 6%. LED lights for agriculture sheds provide lighting schedules, intensities and spectrums that support animal health and production.
4. Low Heat
A 20,000-square-meter installation that sees coloured lights dance above a field of leeks is contributing to sustainable agriculture by encouraging plant growth. The technology also helps reduce the need for pesticides, according to artist Daan Roosegaarde.
LED lighting emits significantly less heat than traditional bulbs, so they can be placed closer to plants. This allows growers to maximize their farming space and yield without compromising on quality or health.
Research shows that plants respond most to blue-red light – that’s the spectral range used in LEDs – as it encourages photosynthesis and boosts production of chlorophyll. In addition, growers can use LEDs to alter when a plant flowers or to transform its taste.
A horticultural LED work light from Baja Designs features a moisture-blocking system to prevent corrosion and keeps the housing cool to the touch, so you can safely operate in your shed or barn without worrying about overheating. It also meets or exceeds military-spec and mechanical impact testing. Browse a wide selection of tractor lights at our shop to outfit your entire fleet of vehicles.
5. Dimmable
Having the ability to adjust lighting levels helps growers manage their energy consumption. With the capability to dim a grow light, farmers can turn it down when not in use or for crops that are sensitive to high levels of light.
Agricultural LED lights are able to deliver a customizable, tunable spectrum. This enables growers to optimize the growth conditions of their plants and livestock. The tunable nature of the lighting also allows for higher yields with lower energy consumption.
The tunable spectrum can be used to change how a crop grows or even alter when it flowers. It can change the taste and flavor of a fruit or vegetable as well as alter the amount of vitamins and antioxidants that it contains.
LED lights can make the work in an agricultural environment safer by providing a brighter environment. This allows for a better working experience by reducing fatigue and eye strain. It also reduces the risk of accidents by allowing you to see your work area clearly. Our Baja Designs agricultural LED lights feature a MoistureBlock system which makes them rainproof, making them perfect for spraying crops or working in a storm.
