Continuous Power Supply
To Avoid Service Interruptions
In a hospital, data centre, high-security site or any other facility that must never be without power, robust and reliable systems that provide continuous power at all times are crucial. Our experts have specialized knowledge in the field, crafting designs adapted to the needs of each building.
Aesthetic and Strategic Lighting
Spaces that Are both Functional and Enjoyable
Our teams excel at incorporating your architectural vision into the design of electrical lighting systems. They are committed to understanding and integrating the ideas of architects and designers to create aesthetically pleasing spaces that are properly lit according to each person’s circadian rhythm. Plus, we develop lighting control systems that are functional and efficient.
Aesthetic and Strategic Lighting
Spaces that Are both Functional and Enjoyable
Our teams excel at incorporating your architectural vision into the design of electrical lighting systems. They are committed to understanding and integrating the ideas of architects and designers to create aesthetically pleasing spaces that are properly lit according to each person’s circadian rhythm. Plus, we develop lighting control systems that are functional and efficient.
Optimized Energy Consumption
With a Vision of Sustainable Development
Our fit-for-purpose lighting designs reduce energy consumption by using high-performance lighting fixtures and intelligent controls. Similarly, our choice of electrical systems plays a crucial role in minimizing energy consumption and electrical demand over the building’s lifespan. High-efficiency transformers, variable-speed drives, and smart electricity management systems are just a few examples of the solutions we offer.
What We Do
Our electrical engineering expertise does not stop there: see what we can do for you, whatever your industry.
- Load calculations
- Sizing of equipment and electrical service entrances
- Voltage transformation
- Electrical metering and sub-metering
- Redundant networks
- Electrical distribution to the building’s various sectors and distribution panels
- Emergency generator and its controls
- Uninterruptible Power Supply (UPS)
- Electrical distribution control systems for various scenarios (normal operation, life safety, emergency for critical systems, and fire alarm)
- Server rooms
- Grounding systems with ground fault detection
- Selection of lighting fixtures in consultation with architects or designers
- Calculation of lighting levels
- Layout of equipment to meet user needs
- Use of natural light
- Design of lighting control systems (switches, dimmers, occupancy and daylight sensors, and systems adapted to circadian rhythms)
- Creation of different lighting scenarios according to time of day and use of space
- Design of outdoor lighting to illuminate buildings or spaces (parks, sports fields and parking lots) without disrupting the surrounding neighbourhood or wildlife, taking into account energy consumption and discrete integration into the environment
- Outdoor lighting control to ensure safety and architectural integrity
- Creation of receptacles and data outlet networks, according to the type of building, type of furniture, and equipment to be connected
- Design of complex fire alarm systems with smoke and heat detection, horns and speakers, fire alarm panels and communication systems to emergency response services. Aspiration or beam detection systems for areas with high ceilings and more sophisticated architecture
- Design of communication systems installed in hospitals and nursing homes to enable patients and caregivers to communicate rapidly in response to emergency situations
- Design of sound masking systems to improve confidentiality and acoustic comfort
- Design of intelligent building management systems at all levels, giving users absolute control of their building
- Design of passive or active lightning protection systems to safeguard various types of buildings, including those housing explosive materials
- Design of charging stations for electric vehicles, electric trucks, and electric buses, along with a system that shares energy between the stations and the building’s power supply to ensure continued operation in case of power supplier failure
- Calculations related to the risks associated with arc flash
- Design of surge protection devices and power quality management systems
- Coordination of protection equipment
- Design of photovoltaic systems, inverters and battery storage systems
- Design of interfaces with the power supply from the Utility power supplier
