Intelligent Lighting Control System Saves Energy Consumption Up To

For example intelligent leds enabled a 292 000 square foot manufacturing facility in sutton massachusetts to reduce lighting related energy use from 1 3 million kilowatt hours to less than 250 000 kilowatt hours annually.

Intelligent lighting control system saves energy consumption up to.

The bulb used will consume 60 w of power. Abstract and figures lighting system is a crucial sub system and consumes substantial electricity energy in the buildings. The controller is responsible to determine a way to satisfy the amount of light desired with the least energy consumption. Intelligent lighting controls provide energy efficient light bulbs such as light emitting diode led light high intensity discharge hid lamp and compact fluorescent light cfl which have a better lifespan as compared to the existing light bulbs.

Shine with complete confidence in your lighting control system factory trained technicians your lighting control system is serviced by ilc s highly skilled experts. Consider the light should be light up for 6 hrs day 3. A room with five lights four at corners and one at the middle. Talk to a representative today.

This integration of smart systems enables effective management of all the building s energy consumers to realize energy reduction and cost savings. This paper proposes an intelligent lighting control system using. Intelligent lighting controls lets you transform your environment with smart energy saving lighting solutions. In the proposed system the use of light is reduced to 6 0.

In lighting industry the intelligent lighting controls are gaining immense popularity. They provide convenience by turning lights on automatically when someone enters a room and save energy by turning lights off soon after the last occupant has left the room. Intelligent lighting control system or ilcs improves energy efficiency it reduces energy use and enables temporary and permanent dimming of lighting depending on the nature of work in the particular facility. One of the major issues considered is the ease of installation and the low cost of the system components.

In normal system all light should glow i n ful l intensity therefore consumes 30 0w each. Near about 40 of energy we can save by utilizing light energy as per the qhhgrishrsohv ghpdqg experimental setup 1. Occupancy sensors detect indoor activity within a certain area. The results indicate that considerable energy savings are achieved and the service life of the lamps is extended.

The paper focuses on products and innovative components for street lighting proposing a consumption reducing solution based on an intelligent system for remote measurements and control with dimming technologies for hid lamps.