Numerical simulation: controlling light emitting diodes from MATLAB

Sam Eweni, Chukwuebuka Eweni
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引用次数: 1

Abstract

The most popularly used light bulb in homes is the incandescent. It is also the least energy efficient. The filament in the bulb is so thin that it causes resistance in the electricity, which in turn causes the electricity's energy to form heat. This causes the incandescent to waste a lot of energy generating heat rather than light. It uses 15 lumens per watt of input power. Increasing energy efficiency is considered as a feasible policy option for many economies. It motivate every nation to reconsider their energy and climate policies A recorded MATLAB demonstration showcased LED versatility and its use by an Arduino UNO board. The purpose of this experimental study was to determine to what extent LEDs can reduce energy consumption through the use of an Arduino UNO board and MATLAB and to discuss the applications of LED. LED will be the future of lighting homes and will eventually completely incandescent bulbs when companies complete the necessary improvements to the LED. Light emitting diodes (LEDs) offer an exciting opportunity to improve energy efficiency.
数值模拟:控制发光二极管从MATLAB
家庭中最常用的灯泡是白炽灯。它也是最不节能的。灯泡里的灯丝太细了,以致于在电流中产生阻力,从而使电能形成热量。这导致白炽灯浪费了大量的能量来产生热量而不是光。每瓦的输入功率为15流明。提高能源效率被认为是许多经济体可行的政策选择。它激励每个国家重新考虑他们的能源和气候政策。录制的MATLAB演示展示了LED的多功能性及其通过Arduino UNO板的使用。本实验研究的目的是通过使用Arduino UNO板和MATLAB来确定LED可以在多大程度上降低能耗,并讨论LED的应用。LED将是家庭照明的未来,当公司完成对LED的必要改进时,最终将完全取代白炽灯泡。发光二极管(led)为提高能源效率提供了一个令人兴奋的机会。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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