LED lights are gaining more popularity each day. The technology is making improved versions of the LED plant lights. The less power usage and low heat production are the main advantages of indoor grow LED lights. The LED grow lights use the diodes to emit the light and there is no use of harmful vapors inside to create light. LED lights are completely safe and are also easier to maintain. There is no bulb changing hassles. Most LED lights come ready to use and no additional equipments are required to use it as an indoor grow light.
Indoor grow LED lights in comparison with HPS/MH
The HPS and metal halides are way better than the indoor LED grow lights in terms of light intensity. But the edge LED has over these lights is that they emit huge amount of heat energy that heats up the whole grow area within minutes. These lights will need high performance temperature control and cooling system to dissipate the heat. They also need an electric current regulating ballast system for their safety.
Whereas the LED lights is single equipment and the heat emitted by the diodes is so low that the in-built fans can cool them off as they are produced. No other cooling system or ballast need to be installed. Unlike the HID lights that will need bulb changing from time to time, LED can run for longer hours before it can have any fault with the light.
Indoor Grow LED lights in comparison with Fluorescent lights
Fluorescent lights emit bright light and also cost less than grow LED. But the disadvantage of fluorescent lights is that they can be used only for small plants or the plants in the initial growing state like germinating or cloning. The light intensity is not enough for vegetative growth, even if it has high power. People end up using an additional LED light inside the grow area, so why not opt for the grow LED itself?
Indoor grow LED lights in comparison with LED
LED grow lights are of many kinds. Most LED grow lights use the 3W diodes for the light generation and in recent times there has been the use of the 5W diodes as well. Even among the LED lights the competition is tight. The use of a secondary optical lens over the diodes is the new innovating way of increasing the intensity of the light and its penetration capability. The angles at which these lenses are fixed are different in each light and so are the lens used.
The main difference is in the band width each indoor grow LED provides. There are 3, 5, 8, 11 and full spectrum LED lights. Of the all the 8, 11 and full band width lights fare better and can be used for a full growth cycle. The other fewer band width lights are more suitable for any one growth stage.
LED is better than other grow lights
Every grow light has its pros and cons and the indoor grow LED is no better. The disadvantage this indoor grow LED has against the other grow lights is that the initial cost is higher. But when calculating the bulb changing and subsequent cost, the price for the LED is much less. The non usage of other equipments also goes in advantage of LEDs.
If you keep this only disadvantage, indoor grow LED in comparison, comes out with flying colors. The ability to provide high intensity light by using more diodes from much less power consumption gives it the top grade. The low heat production and the cooling environment is the icing on the cake. The facility to switch between the growth stages requirements in the high grade LED grow lights is a huge advantage.
In short, the indoor grow LED comparison results recommend the use of LED lights for indoor gardening for better yield and power savings.