Energere Wins Montreal Smart Public Lighting Control Project

Energere Wins Montreal Smart Public Lighting Control Project

August 25, 2017

Energere has won a major contract for the implementation of a smart public lighting management system for the City of Montreal.

The $28 million project will create an infrastructure capable of controlling 135,000 luminaires. (Shown in photo, L-R: Energere team members Benoit Trottier, Project Director, Catherine Roy-Cardin, Business Development Manager, François Shink, Construction Director, Frédéric Gaulin, President, François Dussault, Vice-President, Corporate Affairs and Operations, and Elie Karmouche, Automation Director.)

By integrating this project into its sustainable development objectives, Montreal lays the foundation for a communication network architecture enabling the gradual integration of additional smart services.

The system will consist of radio modules called “nodes” attached to each luminaire, which will communicate with each other to form a network. Commands and data will be conveyed to the same network and transmitted to lighting management software through boxes called “gateways” located throughout the city region.

“Through such a system, the public will enjoy an improved lighting service that is safe and suited to the lifestyle of a large metropolitan city,” says Benoit Trottier, Project Director at Energere. “In fact, this smart management system will enable immediate intervention in case of luminaire breakage or malfunction, and by extension, better maintenance planning.”

Not only will inventories be managed more effectively, but the luminaires’ power consumption will be precisely monitored and the energy bill adjusted accordingly. These substantial advantages will allow Montreal to achieve significant energy savings, as well as optimize the management of the public lighting network. The latter will benefit from a scalable platform offering various functions, including the ability to adjust the lighting for special events or to announce certain services, such as snow removal.

In addition to requiring a single, scalable platform, the city raised the system’s technical and functional requirements by calling for the integration and implementation of three different smart control products.

As a technology integrator, Energere’s strategy was based on the integration of three industry-leading suppliers:

  • DimOnOff, a Quebec-owned company, specializing in lighting control systems which will supply the integration platform and management software, as well as 20% of the nodes and gateways
  • Current, powered by GE, which has a smart services development centre located in Montreal and will supply a 60% of the equipment
  • Telematics Wireless, which will supply 20% of the nodes and gateways

By undertaking this project, the city acquires a scalable and innovative platform capable of adapting to new technologies and future applications. The City of Montreal once again demonstrates its commitment to promote sustainable development and takes a big step forward towards the digital revolution.

Find out more about Energere: http://energere.com/eng/.

 

Related Articles


Changing Scene

  • Leviton Achieves 29% Decrease in Overall GHG Emissions from 2021 to 2023

    Leviton recently announced that it achieved a 29% drop in overall greenhouse gas (GHG) emissions from the 2021 baseline year, a major step towards the goal of becoming carbon neutral company-wide by the year 2030 with their CN2030 program. Through on-site renewable energy generation, accelerated energy efficiency efforts, moving to renewable and clean energy providers,… Read More…

  • LEDVANCE Canada Welcomes Gary Repko as Sr. Sales Representative in Central Region

    Recently, LEDVANCE Canada was delighted to welcome Gary Repko as its Sr. Sales Representative for the central region of Canada. Linda Conejo, a Regional Sales Manager for LEDVANCE Canada, stated, “Gary has 12+ years industry experience and brings a wealth of knowledge having worked with engineers, contractors and distributors. We are excited that he has… Read More…


Design

  • Resilience Illuminated: Reviving Westminster Pier Park After Devastating Fire

    Resilience Illuminated: Reviving Westminster Pier Park After Devastating Fire

    In September 2020, the picturesque city of New Westminster near Vancouver in British Columbia suffered a devastating setback when an intentionally set fire destroyed much of the city’s waterfront park, including its urban beach, sand volleyball courts, and iconic art installation known as Wow Westminster. The fire, which burned for ten days before firefighters could… Read More…

  • Lumentruss Case Study: The Honeyrose Hotel’s Beautiful Redesign

    Lumentruss Case Study: The Honeyrose Hotel’s Beautiful Redesign

    May 30, 2024 A unique example of intimate spaces created using Lumentruss products at the Honeyrose Hotel. HONEYROSE Hotel, Montreal, a Tribute Portfolio Hotel. The beautifully inspired Art Deco boutique hotel located in the heart of Montreal is an exemplary demonstration of integrating layers of light into the architectural design to bring the architecture to… Read More…


New Products

  • WaveLinx LITE Node from Cooper Lighting Solutions

    WaveLinx LITE Node from Cooper Lighting Solutions

    The WaveLinx LITE Node (OEM-WLN) is a wireless to 0-10V control module designed to be integrated into the luminaire. The LITE Node offers two continuous 0-10V output channels that can be used to control dim-to-off 0-10V LED drivers with auxiliary power. The device has a built-in 802.15.1 radio (Bluetooth) that is used to communicate with other WaveLinx… Read More…

  • Peerless Electric: Peerlux Series ECR-G Luminaire

    Peerless Electric: Peerlux Series ECR-G Luminaire

    Introducing Peerless Electric’s ECR-G luminaire, part of the Peerlux Series, a germicidal luminaire for suspended mounting with aircraft cables. Designed to help clean the air of bacteria, fungi, their spores and inactivating viruses by destroying their ability to replicate. A stylish linear fixture that provides indirect UVc disinfection. Read More…