The New Standard in Intelligent Lighting Control

Whether as a stand-alone system or part of a complete integration solution, Crestron is your first choice for lighting control.

CRESTRON GREEN LIGHT® technology provides total environmental control to conserve energy and lower costs by combining automated dimming and power switching with light harvesting and load shedding.

Crestron touchpanels offer a global view and management of all systems and devices building-wide from a centralized command center, or local control from touchpanels in each room. Beyond just lighting, monitor and control HVAC, shades, audio/video distribution and presentation systems in the building from the same Crestron touchpanel. As a member of the United States Green Building Council (USGBC), Crestron is committed to provide the most energy efficient and environmentally safe solutions to lower costs and maximize return on investment.

Intelligent Energy Management in Commercial Spaces

The Crestron iLuxTM system is LEED, ASHRAE 90.1, and CEC Title 24 compliant, based on an integral motion sensor and the ability to process and respond to feedback from occupancy sensors. iLux is also compliant with ASHRAE 90.1/LEED in terms of the control of display, accent, task and demonstration lighting. In addition to controlling artificial light, the Crestron system can harness natural light to save energy by dimming or switching off lights within selected rooms when and where natural light is available. The integration of photo sensors maintains required light levels and dims superfluous lighting loads. Daylight harvesting saves significant energy during peak energy demand times, and the corresponding load shedding reduces energy consumption, resulting in substantial cost savings as well as potential rebates from local utilities.

When employees leave for the day, the system continues to monitor and control the environment. Landscape and other non-essential lighting switches off in the evening. If someone works late, occupancy sensors detect movement and illuminate local areas and pathways to exits, automatically shutting off after a predetermined period of time.