Benefits of LED grow lights

Grow light is electrical light that is used to fuel plant growth as it emits light similar to the sun’s rays. There are different types of grow lights that are suitable for the different types of plants you have at home. There are different type of grow lights are available in the market but LED grow lights on the market now offer comparable results to high pressure sodium (Hps) lighting, but at a fraction of the operating cost associated with sodium light, so how has technology evolved to now provide LED light that rivals with Hps for both yields? And fruit size.LEDgrow lights come in a wide variety of colors and wavelengths to ensure correct setup and power consumption in a minimum amount of time.LEDs generate no heat, which greatly simplifies overall temperature management.

The development of high-power LED diodes and advanced heat dissipation systems now allows LED diodes to operate at higher voltage than ever before, the latest LED plant grow lights now feature either a double optical lens or a triple optical lens that amplifies light while also providing ideal light scattering pattern, suitable for vigorous plant growth in both vegetative and flowering cycles.LED grow lights Not so long ago, Grow light appeared on the market, low yields and small fruits were the cry of the entire growing community, but now the Best grow light have begun a revival with high yields and large fruits easily achievable.

LED grow lights can now rival Hps lights efficacy, but the introduction of special wavelengths and ratios combined with powerful LEDs is what makes the new LED lights so efficient. Early light sources had a limited spectrum, namely blue, red and sometimes orange, the new wavelengths and ratios now available cover the entire spectrum and include ultraviolet, blue, red, green, yellow, orange, infrared, white 2700K-7000K.

This wavelength range can now be tuned to very specific ratios to ensure higher yields and greater fruit, and the ability to customize wavelengths in ratios allows full control over the performance of the grow lights, allowing the new LED grow lights to be fine-tuned grower requirements such as higher yields or increased flavor, etc.

The development of double and triple optical lenses has allowed LED light to now not only provide highly individual and specific LED light, but with a certain magnification on optical lenses, they provide the ideal intensity and coverage to fully utilize the LED light produced. The ability of lenses to amplify light allows very high levels of illumination to be achieved, thanks to the lenses’ defined light scattering angles; this intense light is evenly distributed along the effective light track and penetrates down through the plant to the lower branches.

Benefits of LED Grow Lights

Running Costs

The main advantage of using LED grow lights is lower operating costs. The best ligh on the market use 90% less energy than comparable sodium / HID light. LED grow lights can be used as a primary or secondary light source and will pay off in about 6 months of intensive use. The life expectancy of the LED grow light is 100,000 hours on average. This is 10 to 50 times longer than a conventional Sodium / HID grow light.Energy costs tend to drop dramatically over time with the continued use of LED growing lights.

Purchase costs

While the initial purchase costs can be higher than comparable sodium lights, the actual costs are often lower because you don’t need ballast. Unlike fluorescent ligh and metal vapor lights, which require ballast to operate, LED grow lights do not need ballast. This eliminates the repetitive cost of setting up your grow room. You also don’t have the additional cost of purchasing a reflector as LEDs have reflectors built directly into themselves.

Growing season

Since chlorophyll doesn’t have to fight unwanted light waves, the LEDs can also be left on 24 hours a day without stressing the plants. You can also use LED grow lights to simply extend your daytime light cycle by 4-6 hours during the winter months. This extends the growing period to 365 days a year.

Benefits for the environment

The switch to energy-efficient solid-state lighting benefits the environment. The low power consumption of LED light sources makes them ideal for stand-alone, solar or wind installations, especially in remote locations. LEDs consume much less energy than standard light bulbs, resulting in significant savings in energy costs. LEDs also require much less energy to produce than other light sources, further reducing their environmental impact is less hazardous to the environment. Metallic vapor and fluorescent ligh contain mercury, a heavy metal identified by the US government as hazardous to the environment and our landfills. Our LED lights are mercury free.

Targeted Light Output

Broad spectrum lights produce a lot of light waves that plants cannot use effectively. LED grow lights only transmit light colors that are used by plants for efficient and healthy growth.

Minimum Heat

LED grow lights are warm to the touch and do not burn young or delicate plants, unlike indirect lighting. The heat generated by a typical high-pressure metal halide or sodium lamp can range from a few hundred degrees to over 14 hundred degrees Fahrenheit on the surface of the bulb. This excess radiant heat significantly increases the temperature in the grow room. Most LED grow lights operate at just a few degrees above room temperature, which reduces the cost of cooling the grow room.


You won’t need to water as often if you use LEDs, as your plants will glow less. If for some reason you need to leave the grow room unattended for a few days, your plants will have a better chance of surviving if the grow light don’t produce much heat that dries them out.


LED grow lights are ideal for plants and ferns that require high humidity. Cuttings are also easy to root as they do not suffer as much from water loss during the formation of new roots.

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