Agricultural LED Lights
Agricultural LED Lights
In a controlled environment, farmers can manipulate lighting, temperature and water to boost vegetable and fruit yields. Now, LED lighting can add another tool to that arsenal.
The light gives off less heat than traditional bulbs, reducing energy consumption. In fact, it can even save farmers money. In addition, LEDs can help protect the farm with a range of security benefits.
Energy Efficiency
The energy-efficient LED lights are brighter than traditional bulbs, allowing farmers to work at night or in poor weather conditions. LED lighting is also a safer option, reducing accidents and injuries on the farm. LEDs provide a more comfortable environment for livestock, too, which improves their health, wellbeing and productivity.
Growing vegetables in a controlled indoor environment, such as a greenhouse or warehouse, allows growers to manipulate temperature, water and light to boost yields. Horticultural LED solutions now offer more precise and efficient ways to optimize these conditions, resulting in higher crop yields and shorter growth cycles, no matter the climate.
High-pressure sodium and metal halide bulb grow lights cannot offer plants the specific wavelengths of light they need to perform photosynthesis, wasting energy and increasing grow time. Agricultural LED lights deliver only the wavelengths required by a plant, optimizing energy usage and speeding up the harvest process.
LED lights also reduce the amount of heat produced, which lowers power consumption and air conditioning costs in the farm. They are available in a range of sizes and can be installed in barns, poultry houses, dairy parlors and greenhouses. Swapping out incandescent bulbs for Agricultural Led Lights is one of the easiest and most cost-effective Agricultural Led Lights ways to increase energy efficiency in your farm. This is especially true if you are eligible for electric utility rebates or property-assessed clean energy financing.
Long Lifespan
The long lifespan of LED lights makes them a good option for agriculture applications. These lights can last up to 20,000 hours, which is three times longer than traditional lighting systems. This long lifespan also means that these lights will save farmers and other agricultural businesses money on energy costs in the long run.
In addition to saving on energy, LED lighting also helps with other environmental and production issues. For example, researchers have found that using a combination of red and blue LEDs can encourage plants to grow faster than they would under natural sunlight. This can help with both crop quality and quantity. It can also make crops more resistant to pests and disease.
Another benefit of LED lighting is that it produces a cooler temperature than traditional lighting systems. This can help protect plants from heat damage and prevent diseases such as powdery mildew. It can also be beneficial for growers who operate in tight spaces, as it allows them to keep crops closer together without risking damage from heat.
If you’re looking to upgrade or replace the original lights on your agricultural equipment, NORDIC LIGHTS has a wide selection of LED tractor lights and work light kits for John Deere tractors, Case IH tractors, New Holland tractors, and Kubota tractors. Our LED lights outshine and outperform halogen or HID tractor lights, and they’re easy to install with plug-and-play wiring.
Cooler Temperature
LED lights are cool at their emitting surface, compared to the heat generated by incandescent bulbs. This allows them to be placed closer to crops without scorching them. They are also current driven, which reduces energy costs.
Agricultural LED lighting solutions have the potential to revolutionize horticultural farming. They offer a wide range of benefits, including the ability to select specific wavelengths to trigger targeted plant responses. Combined with new sensing technology, these technologies are poised to change the way we grow food.
Some farmers are replacing incandescent lamps with LEDs and saving electricity bills immediately, rather than waiting to receive a rebate from their utility company. However, it’s important to do a thorough analysis of the benefits and risks of changing your farm lighting.
The LEDs must be properly positioned to ensure maximum yield. This is especially true for vertical farms, which require precise positioning to optimize sunlight exposure and minimize energy consumption.
Several major manufacturers of LED lighting provide horticultural products. These include LEDs from Lumileds and GE, as well as those from Hubbell and Fairchild. Arrow ESC recently launched a 30W agricultural LED T8 tube solution that integrates the LED from Lumileds and FL7734 LED driver from Fairchild. It supports input voltages ranging from 180-264 VAC and has a driving current of 750 mA.
Wide Range of Applications
Agricultural LEDs are used in greenhouses and warehouses where growers can manipulate lighting, Ginto led car light supplier temperature and other factors for higher yields and shorter growing cycles. LEDs offer energy efficiency and a lower operating cost than traditional high-pressure sodium (HPS) lamps. The technology also helps ensure a consistent light exposure to plants, reducing the potential for disease and providing better crop quality.
Scientists have known for centuries that plants need light to thrive. However, it has been only recently that researchers have discovered the exact effect of specific wavelengths of light on plant growth. LEDs, for example, can supply light with a large red or blue component — exactly the wavelengths that plants like iceberg lettuce and tomatoes require to photosynthesis and optimum growth.
Narrow-bandwidth LEDs can improve the taste of vegetables or fruits, boost their nutritional value and extend their shelf-life by suppressing microbial growth on crops. They can also increase the harvest and enhance fruit or vegetable color. Universities around the world are experimenting with LED interaction with plants.
With a cooler temperature than traditional bulbs, LEDs are ideal for agricultural environments. They are safe and easy to use, allowing farmers to focus on other tasks rather than changing light bulbs. They are also more durable than incandescent bulbs and have a longer life span, saving money on replacements.
