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Sport Chek-Etobicoke

Cence Power Case Study

Sport Chek-Etobicoke

At A Glance

TECHNOLOGY
Low-Voltage DC Power distribution
CONNECTED DEVICES
Omnify LED lighting
CENCE PRODUCTS
CLIENT
Sportchek
LOCATION
Etobicoke, Toronto
DEPLOYED IN
April 2025
Sport Chek-Etobicoke

About the Client

Sport Chek is Canada's premier sporting goods retailer, operating 191 stores nationwide and offering the country's most comprehensive selection of athletic wear, footwear, and sporting equipment. As a Canadian Tire-owned brand, Sport Chek has pioneered high-tech retail experiences featuring interactive displays and modern store designs. The Etobicoke location serves as a major destination in the Greater Toronto Area, featuring multi-level layouts and architectural lighting installations that enhance the customer shopping experience.

The Challenge

The design specified modular linear suspension LED fixtures at a four-story ceiling height above the escalator bay. Traditional AC-DC drivers located at each fixture would create maintenance challenges at this height. Any driver failure would require lift access to troubleshoot and replace components, meaning after-hours coordination and extended downtime. The location above active escalators further restricts access.

Traditional systems also lack diagnostics. Without visual indicators, maintenance crews cannot identify which driver has failed from ground level.

The Solution

Low-Voltage DC power

Cence designed a centralized Class 2 low-voltage DC distributions system using constant current hubs in accessible electrical rooms.

Sport Chek Etobicoke lighting powered by Cence Power low-voltage DC power distribution system

Note: The striking modular linear suspension LED fixtures visible in the ceiling in the above video - those dramatic concentric arc designs above the escalator are manufactured by Omnify Lighting and powered by Cence's low-voltage DC distribution system.
Video credits: Sport Chek

When a driver module needs replacement, maintenance staff can access it in the electrical room rather than working at height. Because the system operates on Class 2 voltage, facility staff can perform module replacements without requiring a licensed electrician in most North American jurisdictions. The modules are hot-swappable, allowing replacement without shutting down other circuits.

The centralized AC-DC conversion also extends LED fixture life. With AC-DC drivers at each fixture, heat from conversion inefficiencies causes thermal runaway in the driver, leading to premature failure. Centralized conversion eliminates this issue.

Deployment Photos

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The Results

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Ground-Level Maintenance:

All active power electronics are accessible in the electrical room, eliminating the need for lifts or scaffolding to service drivers.

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Hot-Swappable Continuity:

Individual driver modules can be replaced in minutes without disrupting power to adjacent lighting circuits.

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Class 2 Safety Compliance:

The NEC/CEC Class 2 rating permits maintenance personnel to handle module replacements without requiring a licensed electrician (in many jurisdictions) for the low-voltage components.

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Thermal Optimization:

Relocating drivers reduces thermal load on the fixtures, mitigating premature failure risks associated with high-ceiling stratification heat.

Financial Results

Capital Expenditure Savings (Projected)

By implementing a centralized low-voltage DC power distribution system during new construction, Sport Chek eliminated the need for traditional AC-DC drivers at each fixture and reduces complex high-voltage conduit requirements. This system allows modular linear suspension LED fixtures to be powered directly by centralized DC hubs.

  • Lower Installation Labor: The elimination of conduit and simplified low-voltage installation decrease upfront electrical labor costs by approximately 30% compared to traditional AC driver systems.
  • Accessible Equipment Placement: Hub installation in electrical rooms rather than ceiling fixtures reduced specialized access equipment needs during intiial construction.
  • Simplified Cabling: Low-voltage DC (Class 2) architecture allows optimized cable routing without the restrictions of high-voltage AC code requirements.

Operational Costs Savings (Projected)

The centralized hub architecture with hot-swappable modules enables ground-level maintenance. Class 2 voltage design reduces labor costs and eliminates the access equipment and after-hours coordination required by traditional ceiling-mounted driver systems.

  • Elimination of Access Costs & Disruptions: By centralizing drivers in accessible electrical rooms, the facility eliminates recurring expenses for scaffolding or lift rentals and avoids revenue loss from maintenance-related store closures.
  • Reduced Labor Rates: The Class 2, hot-swappable design allows in-house facility staff to safely replace modules in minutes, removing the high costs and scheduling delays associated with hiring licensed high-voltage electricians for routine service.
  • Lower Embodied Carbon (Scope 3) due to Conduit Elimination: The Class 2 safety rating eliminates the requirement for rigid conduit and mechanical protection.

Explore how a similar low-voltage DC lighting approach was implemented at Kaiser Permanente - Modesto.

the Cence Power team, Bolis, Sagar, Will and Bill

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