![]() They can also be programmed to offer other wavelengths like IR and UV. LEDs, however, provide more diverse wavelengths. LEDs Give Your Plants a More Dialed-In Spectrum : HIDs will give you some wavelengths that your plants will unfortunately waste.The lens makeup and chip strength of an LED means you have plenty of different options for your grow room needs - whereas HIDs are pretty basic and target only specific wavelengths. LEDs Can Out-Intensify HIDs : Because LEDs can target multiple wavelengths and strengths, they can give your plants great light intensity.If it’s not already clear, the biggest plus of using LED grow lights is probably the amount of flexibility they offer. What Are the Advantages of LED Grow Lights? A few of these super high strength diodes will give you large amounts of power, light, and intensity for you grow room. COB lights utilize a bunch of tiny chips in one diode in order to create a super-powered diode. COB grow lights are made up of a small amount of chip on board bulbs - in some cases, they’re made with just one of these.This design allows spread style LEDs to give off all the lumens of light your plants need to thrive. They’re made up of a lot of tiny chips that are spread out over a wide area. Spread style LED lights tend to be a larger option.This helps spread light out and focus it down onto your plants. They’re usually made up of small-to-medium wattage diodes that are equipped with 1 to 2 lenses each. Traditional panel LED lights are the most compact LEDs.You can find traditional panel style LEDs, spread lights, and COB (chip on board) lights. There’s also a wide variety of LED grow light styles. This is thanks in large part to their chip-based makeup. In terms of power, the wattages you’ll typically find LED lights in ranges from 25w to 1000w. Whether you're cultivating seedlings and clones, plants in the vegging stage, or plants in the flowering stage, you'll be good to go with a single LED grow light as opposed to HIDs, which require you to switch between bulbs.Īs we mentioned earlier, LEDs are some of the most flexible, tailorable options out there when it comes to grow lights for your grow room. Great for All Stages of Growth: LEDs are an efficient option for growers because their wide spectrum is perfect for all stages of plant growth.With these, you could even provide ultraviolet (UV) and infrared (IR) wavelengths, which promote flavors, photosynthesis, and root growth. Full Spectrum of Light: You'll find that full-spectrum LEDs are among the most versatile for your plants.Flexibility: LEDs are customizable, allowing you to provide diverse wavelengths of light for your plants.The use of chips, lenses, and diodes in LED grow lights means you have the most control over the light your plants receive. Now that you know how LED grow lights work, let's talk a bit about why that's important to the health and growth of your plants. Together, a chip and a lens creates what is called a diode. ![]() Lenses may also be tinted in order to control the amounts of which colors pass through and change the overall color of the light.The LED chips are covered by lenses, which help to direct the light emitting from the chips to where it needs to go.These electrons and holes collide when voltage is applied to an LED light, causing a current to flow through it - this collision is what releases energy in the form of light.Electrons have a negative charge, and holes have a positive charge.This is how they function to provide optimal lighting conditions for your plants: ![]() LED grow lights are made up of LED chips made using semiconductor materials called electrons and holes. LEDs, or light emitting diode grow lights, are powered electronically. ![]() Let’s get to it then! We’ll start by talking about exactly how grow lights work.
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