HiKoB > Case Studies > Wireless System for Vehicle Detection in Public Lighting Actuation

Wireless System for Vehicle Detection in Public Lighting Actuation

Technology Category

Functional Applications - Remote Monitoring & Control Systems
Networks & Connectivity - Radio Access Network
Sensors - Magnetometers

Applicable Industries

Cities & Municipalities

Applicable Functions

Logistics & Transportation

Use Cases

Smart Lighting

The Customer

BH Technologies

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About The Customer

BH Technologies provides intelligent management of street lighting and garbage collection: the major issues of the ecological transition for local authorities.

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The Challenge

Always seeking innovation, BH Technologies was studying an energy saving solution for its public lighting equipment. The company based in Grenoble (France) wanted a simple and autonomous system with high-level accuracy vehicle detection to be integrated with its public lighting control solution.

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The Solution

HIKOB miniaturized and smart wireless magnetometer sensors have been selected by BH Technologies to detect vehicle movements in the area where the public lighting solution is deployed. They collect vehicle detection data in real-time and communicate through the HIKOB wireless radio network with the public lighting controller which adapts the light intensity depending on the real street traffic flow. Public lighting is decreased at the lowest level when the area is empty and is boosted when the wireless sensors detect vehicle movements in the area.

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Data Collected

Energy Consumption Rate, Light Intensity, Lighting, Traffic Flow, Vehicle Status

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Operational Impact

[Data Management - Data Integration]
Easy integration with the existing hardware and software infrastructure of the public lighting system due to the system's flexibility.
[Product Improvement - User Acceptance]
Better user acceptance with less operative training is required.
[Data Management - Data Analysis]
Cloud solutions enable aggregation of 'big data' to enable more robust analysis and lower costs.

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