Author(s)

Mohammed Hajjaj, Mitsunori Miki

Graduate School of Science and Engineering, Doshisha University, Kyoto, Japan.

A new approach has been proposed to improve the performance of the in-telligent lighting system by estimating personal illuminance and desired color temperature at the workplace. We are considering the problem of using the sensing devices manually for the intelligent lighting system. The lighting control system has not become useful without sensing devices to measure the provided illuminance and color temperature. In this paper, we have used the property of light for the color temperature to estimate the level of color temperature for each user at the workplace. The new method will give personal illuminance for each user at the workplace and decrease the power consumption of the environment as well. As a result, the proposed method of the intelligent lighting system has realized the target of illuminance and color temperature for each user at the workplace by adapting dimming levels using illuminance sensing information for each user. Thus, the energy of the workplace has reduced by using a distributed luminance to realize the target for each user.

Intelligent Lighting System, Illuminance, Correlated Color Temperature, Chroma Meter, Automated Optimization Method

Hajjaj, M. and Miki, M. (2019) Distributed Intelligent Lighting System by Performing New Model for Illuminance and Color Temperature in the Workplace. Intelligent Control and Automation, 10, 1-12. doi: 10.4236/ica.2019.101001.