Led Light Research Paper

Indoor farmers understand the importance of light. The survival of a plant depends on light; without it, a plant cannot mature into its full-grown state or cannot offer the flowers and fruits it typically provides. Typical indoor farmers utilize LED lights over fluorescent bulbs in order to furnish their plants with the necessary nutrients they need to grow. However, LED lights have a large benefit over their fluorescent bulb alternatives because of the technology seen in LEDs and the light made within an LED chip.

LED Technology

Light created by an LED is given off thanks to the LED chip inside the tiny bulb, and they each lack filaments, unlike fluorescent bulbs. Without filaments, LED bulbs cannot "burn out" like traditional lights, allowing them to last longer and brighter than their filament counterparts. LED lights tend to last 110,000 hours, which means roughly 11 years of continuous usage before they stop working. Electronics that include LED lights take advantage of the lifespan, meaning that those electronic items last longer, and people spend less time replacing the bulbs and ultimately save money. One major drawback seen with LED lights is that they often come at a higher initial cost; the fact that the bulbs contain microchips makes them a bit more expensive.

Grow lights come in multiple different shapes and lengths, but most are built with LED lights that mimic the wavelengths created by the sun. Most LED lights seen on these devices will yield blue and red light, as these two are the most important for plant growth.

Grow Light