Analysis of LED luminer for street lighting based on lamp housing, drivers and optics to get luminous efficacy

Abstract

This study aims to determine whether the lights on street lighting can be optimized by changing the lamp housing, LED electronic drivers and even the use of optical lenses to make lighting brighter and save energy. Assisted by a partner making street lighting by providing a few examples of experiments that have been carried out by these partners to be able to do an analysis of the products that have been produced and made by these partners. Its production is CSL14 code which has a tendency to use glass as a function to protect the LED chip, but it turns out the glass actually reduces the intensity of light. CSL19 code is starting to appear there is an update by using optical lenses with anti-dust and waterproof materials, it seems that the intensity of street lighting can be more optimally. CSL19 product is proven better than CSL14. Based on measurements it was found that the use of optics can increase optimization and lighting can be more scattered. The use of glass lampshades actually also proved to have worse consequences than the measurement of light intensity on CSL19. CSL19 products are equipped with LED driver technology that is able to do adjustable dimming so that the light intensity is proportional to the desired power.