Smart sensors and a wireless mesh network form the basis of an IoT platform with open APIs for integrations, real-time occupancy data, and spatial analysis.
Add new locations and consolidate vast amounts of IoT data for comprehensive reporting.
The Enlighted wireless lighting network is built to withstand localized impacts without system-wide issues.
Time series data, collected from volumes of sensors, produces actionable analytics.
A robust infrastructure based on the combination of patented software-defined sensors, a fault-tolerant wireless grid network, and cloud computing platform
Enlighted’s Micro Sensor, in either a 2-wire adaptor or 8-pin configuration, in its fifth-generation, advances lighting automation with integrated wireless communications for data transmission, remote configuration and autonomous fixture-level control.
Enlighted’s High Bay Sensor, available in either an 8-pin or 2-wire configuration, is designed for indoor applications with high ceilings, such as warehouses, atriums, and manufacturing facilities.
Enlighted’s Ruggedized Sensor, available in either an 8-pin or 2-wire configuration, is designed for outdoor applications, parking structures, and damp or wet locations that require a sensor with an IP65 rating.
Enlighted’s Surface Sensor is designed for quick and easy installation directly on workplace surfaces, such as conference room ceilings or under desks, and is powered by a standard USB interface, making the deployment completely independent of lighting systems.
The Low Bay Ruggedized Micro Sensor is available in an 8-pin configuration. It is designed for outdoor applications, parking structures, and damp or wet locations that requires a sensor with an IP65 rating.
Enlighted’s scalable wireless mesh network can manage over 18,000 sensors per building. With built-in resiliency, the network is designed to protect the integrity of the overall operation of the lighting system.
In the built environment, IoT platforms for smart buildings have a key role to play in helping firms effectively collect, collate and analyse building data from sensors, energy meters, incumbent systems such as building management systems (BMSs) and HVAC units, and other internal and external data sources.
Building smart buildings takes work. Here’s how to make it happen.
The brightest way to operate, orchestrate, and optimize everyday spaces.
