If you’re considering buying a grow light for your plants, you may be wondering what the benefits are. LED grow lights are trendy due to their vast range of uses.
LED grow lights are more energy-efficient. They do not put out as much heat as other grow lights, which reduces the risk of fire. Furthermore, LED grow lights are more effective in lighting than fluorescent bulbs. Choosing the correct type of light for your needs can be overwhelming, and the prices of these lights range widely. Listed below are some things to consider when shopping for LED grow lights. Grower LED lights are here to take care of your plants!
Cost of LED grow lights
Grow lights offer a range of customization options. They are dimmable and can penetrate the spectrum deeper than their competitors. However, the lower the price tag, the more likely the product will break sooner than later. If you’re considering an LED grow light, it’s essential to choose one with a high-quality cooling system.
Spectrum of light produced
While the term “spectrum” is commonly used for the color of sunlight, it is not an exact science. Every light source produces a unique spectrum of light. Full-spectrum light is produced by the sun and includes all wavelengths of the visible light spectrum. Obtaining full-spectrum lighting for plants is complex because different factors affect the lighting conditions. Luckily, LED grow lights have a wide range of wavelengths and can be adjusted to suit almost any situation.
As plants mature, they use different spectrums to grow and produce different types of leaves. During each growth stage, plants respond differently to different wavelengths. Far-red light, for instance, encourages higher growth and increases plant yield. Far-red light is also better for the growth of flowers, but only if the plant is growing in an area that receives ample sunlight. Far-red light can also reduce the time needed for plants to reach flowering.
LED grow lights are one of the most efficient methods for growing plants indoors. You can check the energy efficiency of your grow light by using an online LED grow light calculator. This calculator will help you determine how much electricity you will need to grow plants and how much you can save by switching to LEDs. Then you can choose the appropriate type of lights for your plants. With this information, you can save money while maximizing the life of your plants.
The power consumption and power draw of LED grow lights will vary according to their size and the plant you are growing. To start, a seedling needs 2,000 lumens per square foot, while a flowering plant requires more than ten times that amount. LED grow lights are usually about half that much. Choosing the correct size according to the light you need is crucial. Mounting your LED grow light 12 inches above the plant to minimize heat is recommended.
Safety for plants
Although you might not think about the photobiological safety of LED grow lights for plants, it’s essential to do so. All LED grow lights are tested for safety before being distributed and have a similar safety standard as other light sources, including fluorescent and incandescent bulbs. These lights do not contain mercury and do not generate heat, so they are safer for your plants. In addition, LEDs are non-toxic and do not produce harmful radiation, unlike mercury-containing bulbs.
While LED grow lights don’t usually cause harm to humans, they can pose a hazard to your plants if you are not careful. It’s important to remember that high intensity and prolonged exposure to UV radiation can cause sunburn, harmful to the eyes. It’s also crucial to wear protective eyewear to avoid direct exposure to LEDs. While LEDs don’t emit UV photons, you should still wear sunglasses to protect yourself from the harsh light. A good LED grow light will include actual UV diodes, which are a 75-times more effective UV source than the exclusive technology.
While LEDs are currently the most common type of grow light, they also represent an environmentally detrimental impact. Current LED luminaires have impacts higher than comparable fluorescent lights. Furthermore, they produce twice as much metal depletion as fluorescent lights. However, these impacts are expected to decrease over the next five to ten years as LED technology improves significantly. LED grow lights have more negligible impacts than fluorescent lights in most categories, and as time goes by, the reductions will be even higher.
LED grow lights can also be beneficial for plants. Plants respond most effectively to particular wavelengths. For example, they absorb the most chlorophyll when exposed to red and blue light. However, red light stimulates growth and flowering, while far-red light is helpful for long-day plants under short days. Furthermore, LED grow lights can be fine-tuned to match the spectral characteristics of the sun.