Feasibility study on harnessing daylight for short distance curved transmissions for room light

Abstract

The purpose and goal of this final year project is to study the design method of reflective device channel to transfer the daylight illumination into the room.The conventional method is used flat channel can glare the user eyes. Thus, the objective of this final year project is to design a method provide sufficient indoor illumination using daylight and to analyze illumination data in order to control the lighting room.The mechanism of this design is determined the orientation of the curve and bent channel for maximum illumination. Based on the analysing show that the opening of the channel is the most important things to the result of the illumination. The 30° degree rotation for both channel are the best illumination.As a conclusion, the objective of this project is achieved whichharnessing the sunlight as substitute to power lighting. These are includes design method channel devices to save electricity usage during daytime with cost effectiveness. This is prove before and after installation of the channel devices in the room. This is reduce the monthly bills effectively.