How to Make the Most with Your Supplemental Lighting System

Over the years, many gardeners have used different techniques and skills in an attempt to plug in new technologies and methods into their indoor gardens. One of the most notable and famous technologies that are transforming the way people grow indoors is LED grow light technology.


A significant concern for most indoor growers is heat emission from these lights. Now, indoor growers are aware of the excess heat that comes from metal halide and HPS bulbs that heat up to several hundreds of degrees or more. The truth is, excess heat is a limiting factor in the growing environment. If plants are too close to the heat, they will get damaged and burn.

The use of LED technology makes it possible to saturate plants with wavelengths of light, which target the process of photosynthesis without enduring overheating in the grow area.

On average, using a 5 mm LED grow light will add 0.1 BTUs per square foot area over the crops. LED’s are excellent for supplemental lighting, to extend the photoperiod in a greenhouse or any other space that receives natural light.


Maintaining Growth Rates with HIDs and LEDs

When you use LEDs and HIDs together, you can manage the growth rate of your indoor plants and expect some dramatic results.

At the same time, it’s possible to decrease the costs of operating while you increase the indoor garden efficiency. For the entire photoperiod, you can run the LED’s to provide your plants with the right quality of light. Additionally, a smaller amount of HID lighting can be added periodically.

To make the most out of Dorm Grow G8LED technology, you have to consider some aspects like how it can affect the environment.

Tips for Using LED Technology

When using LED grow lights, here are some tips for you to consider:


Design your grow room or the environment around the source

The LEDs will be the most significant investment and will prove to be an integral component of the grow. If your growing space has high-pressure sodium or metal halide lighting, for every lamp you switch to LEDs, there will be a reduction in electrical consumption, reduction in excess heat and reduction in water evaporation.


You can enclose the grow area to make it easier to control the climate

For example, if you have a garden that’s 4 X 4 ft. in a 10 X 10 ft room, you will require fewer resources to control the smaller grow area rather than controlling the entire room. Also, using a reflective material will give your plants a better opportunity to absorb the light.


Maintain an optimal distance between the plants and the LEDs

Depending on the power of the light, the range is typically 1 to 3 feet from the plant canopy; the stronger the light, the higher the distance. G8-240: 12-24 inches, G8-450: 14-30 inches, G8-600: 16-36 inches, G8-900: 16-36 inches, Flower Booster: 12-36 inches away. These distances will provide the optimal temperature and heat for plants.


Avoid overwatering plants when growing with LED grow lights

Without the excess heat, the rate of evaporation will less. Develop a suitable schedule to water the plants every few days or when the soil is dry. Whatever heat you add to your environment will cause the plants to require more water.

Supplemental lighting can positively transform an indoor grow space. If you are planning to take up an indoor grow project, make sure you choose one of the best LED grow lights to benefit your plants.

About the Author Laura Bennett

Hello, I’m Laura Bennett. I love nature especially when it comes to flowers and different kinds of plants. I started a very small garden behind my house and I named it Humid Garden. So, I created this blog to provide aspiring and inspiring thoughts about gardening for gardeners and anyone who has the intention of keeping a garden.

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