LED grow light

タイトルまたは説明

For over *0 years, indoor growers were faced with just a couple of choices when deciding on grow lighting - high pressure sodium, metal halide, and more recently, compact fluorescent. In every instance, the idea is the same; to try to replicate sunlight for your indoor plants. Plants need sunlight for photosynthesis which turns it into energy for vegetative growth and flowering.

As you know, sunlight is white light, which is to say that it contains light wavelengths from the entire visible light spectrum (red, orange, yellow, green, blue, violet) along with invisible forms of light radiation such as UV, gamma, and infrared. Traditional grow lights attempt to imitate this light and do so to limited success - limited only because these lights are inherently inefficient. While individual types of plants all have different lighting requirements, most plants flourish with only a limited range of light - reds, orange, and blues. This is because various processes and chemicals involved in photosynthesis respond most readily to these bands of light. Unfortunately, only about *5 percent of light emitted by HID/CFL bulbs is available in the bands of light needed for photosynthesis. In contrast, ****9 percent of the light emitted by LED Grow Lights is immediately usable in plants for photosynthesis.LED Grow Lightare revolutionzing the way we grow indoors.Cidly LED Grow Lightshave become the only logical choice for people who want to enjoy the benefits of a high yield indoor garden at the lowest possible cost.The most expensive (and attention getting) aspect of indoor growing has always been the power that it takes to drive your indoor grow lights and cool your growing area. Since the old school HID grow lights use much more energy and generate a lot more heat, they cost much more to run, and they do nothing to improve upon the healthy, lush growth that ourLED grow lights routinely provide.