Simulation Of An Organic Led And Analysis Of Luminaire Parameters And Environmental Repercussions

Abstract

With the growing advancements in the field of different categories of optical sensors, LEDs in the form of optical sources have proven to be a great boon to these sensing systems and in electronic advance circuits. This paper mainly focuses on the working of the light-emitting diode, which is an efficient and eco-friendly optical source, and on the fabricating materials for different LED colors. Also, the simulation of an LED module for two organic colors i.e., red and green, using the software Topview Simulator has been proposed in this paper and is favorable in many application domains in the urban and rural sectors, primarily in the control circuit of automatic micro irrigation systems to foster the growth of high-quality harvests that tend to be good for the farmers and their way of life. This paper also specifies different luminaire parameters of LEDs, such as CCT, Kelvin scale, and CRI, which are used to define the characteristics of this optical source. Lastly, the white-colored LEDs, which emit a variety of white and yellow colors with different color temperatures on the Kelvin scale as well as blue light content that affects human health, have been properly studied and analyzed to select the appropriate light source for the working environment. And also, LEDs' air, water, and soil-related environmental impacts have been discussed, along with their advantages over conventional light sources.