Published Paper Details:

Abstract: Any organization building has cabins, rooms, and covered working areas which is connected electric energy for facility working environment, electric component of the energy used is spent in illuminating the interior of the building As the electricity costs rise, increasing effort has gone into minimizing the energy consumption of electric components installations. These are three basic directions of consumption of electricity: new more efficient equipment, utilization of improved lighting design practices (localized task lighting systems), improvements in lighting control systems to avoid energy waste for unoccupied and daylight hours or unnecessary. Automatically controlling the electricity in such a way that the lighting level is always accurately matched to the actual need allows to save on the energy costs and to improve the human comfort and efficiency. Such as Automatic Room Lighting and other equipment System are a microcontroller based project that automatically turn on or off the lights in a room. Establishing an integrated lighting control of microcontroller concept is a very important part of the lighting design process and other equipment which use only human presence. Electricity, being one of the most important resources, must be utilized carefully. The paper describes human often forget to switch off lights or other electric component (fan, AC, room heater) when we leave a room. By using this system, we can intentionally forget about the lights as the system will automatically take care of them the installations are realized according to a research project about the assessment of the impact of lighting control systems in electrical energy consumption and energy commitments. The two different control technologies are compared with respect to a third classroom without smart control, used as reference for evaluations. Experimental results suggested that the classroom electrical appliance monitor work was stable and reliable, having practical popularized value .In order to monitor the classroom electrical power usage and achieve low-carbon energy