LightingNavigator

The traditional streetlight systems use mechanical ballasts that are either fully on or off. Such ballasts waste energy because they remain on at a constant light level throughout the night, causing streetlights to account for the largest percentage of energy usage of a town and contributing to CO2 emissions worldwide due to inefficient energy consumption. These older systems are expensive and cumbersome to maintain, relying on resident notification or drive-bys to determine which lights are no longer functioning properly. Furthermore, because such systems are always at maximum light output when they are on, they are a chief cause of light pollution - a concern in growing urban areas where night time lighting levels continue to intensify.

Major features

• Centralized state-of-the-art database. Collects data from hundreds or thousands of segment controllers and aggregates the data into a time-series database
• Integrates with Google Maps to automatically locate streetlights and events such as failures
• Integrates with maintenance and dispatch software
• Remotely control any streetlight from a map interface

Easy-to-use controls

• On/Off & dimming control at each device or segment
• Configure and control multiple groups (networks)
• Embedded astronomical clock
• Bing map visual bi-directional control
• Dynamic control based on weather or traffic
• Setup one or many schedule for different seasons