How Far to Keep from Plants: 32″ is the recommended starting distance from the plants.
Average Yields: 5-11+ ounces – keep in mind that the strain (genetics) and any plant training you do makes a huge difference in your final yields
Breakdown of Different Advanced Platinum LED Models:
Which LED grow light brands can be trusted?
ES180 found on Amazon (sometimes) or order directly The Green Sunshine Company website
Source: Maximum Yield, May 31, 2019
Not Considering the Other Factors
LED grow lights are a great aid when growing plants indoors but by themselves they cannot do much. In order to produce big and healthy yields there are a lot of factors that need to be considered – room temperature, airflow circulation, soil, nutrients, plant genetics, and many others things. Don’t just focus on a single part of the growing process. Instead, try to get an overall understanding of the whole chain and how everything is interconnected.
For people who use cannabis derived products on a regular basis, it is very tempting to try growing the plant at home. The benefits are quite obvious: the cost is drastically lower and there aren’t any hassles related to the actual purchase of medical marijuana.
Many people all around the world grow cannabis at their homes, be it for recreational or medicinal purposes, and while some of them do quite well and manage to produce a good product, for others it doesn’t work so well – their plants wither quickly or produce insignificant yields.
A light that sends most of its power to a tiny circle directly beneath it, and only slightly lights up the areas surrounding that central portion, is not useful to most indoor growers. It is only good if you are growing a single plant directly beneath the light.
The other material is called p-type, due to a positive charge from a lack of electrons. Boron or gallium are commonly used, because they only have three electrons. When added to the silicone, the lack of a 4th electron creates a hole.
One of these semiconductor diodes is fairly weak, but if you combine many of them, you can get a very bright point of light, like the LED chips used in grow lights. Even the smallest ones are quite powerful and the larger ones, like COB LEDs, are incredibly bright.
Let’s take a brief look at the pros and cons. You can find a more detailed examination of the pros and cons of light-emitting diodes for plant growth here.
Pros Of LED Plant Lights
And finally, you do not want to overpay for your light.
When the electrons combine with the electron holes, they release energy in the form of photons. This creates light. The color the light takes is determined by how much energy is needed for the electrons to cross the gap (the depletion zone) in the semiconductor.
And what was one the biggest disadvantage, the high cost, is no longer one. Great LED grow lights are now available for the same, or even lower, price as an HID system.
How A Light-Emitting Diode Works
When you place an n-type material and a p-type material next to each other, you create the potential for the free electrons in the n-type material to fill the holes in the p-type material. This happens in the zone where the two meet, called the depletion zone.
Let’s begin by taking a look at how light emitting diode technology works in general. Then we’ll see why it works so well for indoor gardening.