| Abstract [eng] |
This paper provides an overview of smart lighting and climate control systems principles. Summarizing the current status of smart lighting systems. Selecting appropriate tools for measurement of human state, which creats the methods and algorithms for the development of smart lighting and climate control. According to these methods is created a model of smart lighting simulation. Looks from the theoretical side of the LED thermal contact with the electric. Introducing the smart power converter and energy consumption program. Smart lighting systems laboratory model consists of a programmable microcontroller ATMEGA32, which can control lighting using RGBY LED lamp, control the brightness and the light spectrum, the brightness of the lighting by diming manages to regulate climate. Microcontroller is used to calculate the energy received from the network and its efficiency by reducing reactive losses. |
