A Review Study on the Multiple and Useful Application of Fiber Optic Illumination System

2020 Fourth International Conference on Computing Methodologies and Communication (ICCMC) Pub Date : 2020-03-01 DOI:10.1109/ICCMC48092.2020.ICCMC-000170

Mamta Tembhare, H. Naidu, P. Kokate

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引用次数: 6

Abstract

As a developing nation, India requires efficient lighting system with low power consumption. At several heritage sites, proper lighting system is essential where it not only make these sites visible but also to enhance its importance for spectators. This article discusses the importance of fiber optic cable to illuminate the lighting structure. Use of high power consuming lamps i.e. Incandescent lamp, Sodium vapor lamp, Metal halide, CFL Lamp etc. need more energy. This need of efficient lighting can be meet by use of non-conventional resources such as sunlight harvesting system (SHS), this system comprises of Fiber optic cable (FOC), Fresnel lens (FL) and solar collector (SC).The objective of this review paper is to focus on the better use of FOC application for a lighting system with efficient power consumption to optimize the usage of light in multiple and useful applications with high bandwidth, flexibility, less transmission losses, light in weight, which outweigh other traditional lighting schemes. The fiber-optic day lighting system is a promising and powerful approach to transmit sunlight through FOC.

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光纤照明系统的多种实用应用综述

作为一个发展中国家，印度需要高效、低功耗的照明系统。在一些遗产遗址，适当的照明系统是必不可少的，它不仅使这些遗址可见，而且增强了它对观众的重要性。本文论述了光纤电缆在照明照明结构中的重要性。使用高耗电灯，如白炽灯、钠蒸气灯、金属卤化物灯、节能灯等，需要更多的能源。这种高效照明的需求可以通过使用非常规资源来满足，例如阳光收集系统(SHS)，该系统由光纤电缆(FOC)，菲涅耳透镜(FL)和太阳能收集器(SC)组成。本文的目的是为了更好地利用FOC应用于高效功耗的照明系统，以优化光在多用途和有用的应用中的使用，具有高带宽，灵活性，更少的传输损耗，重量轻，超过其他传统照明方案。光纤日光照明系统是一种很有前途的、强大的通过FOC传输太阳光的方法。

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2020 Fourth International Conference on Computing Methodologies and Communication (ICCMC)

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