211 Consumers Road is a 40+ year-old office building originally constructed when electricity was inexpensive. Rising energy costs made it essential to improve energy efficiency while maintaining competitiveness. Building management focused on HVAC and lighting upgrades, ultimately transitioning to LED technology.

The interior lighting at 211 Consumers primarily relied on first-generation T8 fluorescent tubes. These fixtures required frequent replacement due to burnt-out lamps and failing ballasts, resulting in ongoing maintenance labor and increased operating costs. Growing concerns around mercury exposure also forced management to address fluorescent tube disposal. When evaluating the full life-cycle cost of T8 fluorescent lighting, re-lamping and disposal emerged as significant expenses. Additionally, the use of five different fixture types increased inventory requirements for tubes and ballasts. Common areas such as lobbies, hallways, and stairwells operated lighting 24/7, while the lower lobby relied on PAR38 halogen lamps that consumed excessive amounts of power.

Exterior lighting consisted of a combination of HID spotlights and wall packs rated at 400 watts and 250 watts, respectively, which were necessary to maintain property security but contributed heavily to overall energy consumption.

Energy Management Goals

  • Reduce overall lighting energy costs by 50%
  • Reduce operating costs related to T8 re-lamping
  • Find a feasible solution for the ongoing disposal of mercury-poisoned fluorescent lamps
  • Maintain high-level of building security, inside and outside, with proper lighting
  • Improve aesthetics with lighting solutions
  • Achieve a payback period of two years or less

Initial Lighting Energy Consumption

Tenant Suites > 215,650 kwh

Common Areas > 80,070 kwh

Outdoor Lighting > 20,586 kwh

Annual Lighting Total > 316,250 kwh

Energy Use BEFORE Energy Use AFTER Energy Drop
4’ T8 Tubes 245,087 kWh
60 kW
LED T8 Tubes 123,328 kWh
33 kW
49%
2’×2’ U-Tube T8 25,229 kWh
2.9 kW
2’×2’ LED Panels 8,673 kWh
1.0 kW
65%
PAR Lamps 25,404 kWh
2.9 kW
LED PAR Lamps 3,155 kWh
0.4 kW
87%
HID Exterior 17,597 kWh
4.7 kW
DHID Retrofits 9,735 kWh
2.6 kW
45%
TOTAL

313,317 kWh

70 kW

TOTAL

144,891 kWh

37 kW

54%

Implementing LED Technologies

After evaluating the lighting technologies available in the marketplace, building management made the decision to transition entirely from fluorescent lighting to LED solutions. This shift was driven in part by the wide range of LED options available, including T8-style lamps compatible with existing fixtures, PAR lamps, and LED flat panels capable of replacing complete T8 fixtures.

With a lifespan exceeding 50,000 hours, these LED technologies are expected to reduce electricity consumption by 50–65%, depending on the application, while lowering operating costs related to re-lamping and disposal by approximately 60%. Existing T8 fluorescent fixtures were retrofitted with T8 LED lamps by removing the ballasts and rewiring the fixtures, reducing lamp wattage from 32 watts to just 18 watts. Additionally, 2’ × 2’ fixtures that previously consumed 66 watts were replaced with high-efficiency 22-watt LED panels. PAR lamps achieved an 87% reduction in wattage when upgraded to LED alternatives.

All LED products installed as part of the retrofit were eligible for rebates from Toronto Hydro under the OPA’s saveONenergy program.

The Results

The results of the retrofit surpassed the original goal with a total energy reduction of 54%. Annual savings from reduced electricity consumption is expected to exceed $20,000. Based on the capital invested for the retrofit of the common areas, the ROI for the common areas was about 60% with a 20 month payback period based on energy savings alone. The rebate from Toronto Hydro covered about 15% of the cost of the project. Once the original ballasts and fluorescent T8 lamps were replaced with the LEDs, the monthly replacement of burned out ballasts and lamps ceased. This is expected to result in an additional operational savings of $1,700 each month, saving the building about $100,000 in operational and replacement costs over the life of the project.

Energy Saved

54%

Energy Savings per

$20,212

Total Savings Over 5 Years

$201,060

Decrease in Electricity Demand

33 KW

Decrease in Electricity Consumption

168,426 kwh

Frequently Asked Questions

1How much did Briton House save on their lighting costs?
Briton House achieved a 72% reduction in lighting energy consumption, saving $31,360 per year on energy costs alone. Over five years, total savings reached $196,905, including reduced maintenance costs of $12,380.
2What was the payback period for this lighting retrofit project?
The project had an exceptional payback period of just 13 months with a 96% return on investment. This was achieved partly because Briton House staff completed the installation themselves, and the OPA rebate covered 30% of the project cost.
3What types of lighting were replaced in this project?
The project replaced a variety of outdated lighting including T12 and T8 fluorescent fixtures, incandescent lamps in stairwells, PL CFL lamps, halogen PAR 38 and MR16 lamps in common areas, metal halide fixtures in the parking garage, and incandescent chandelier bulbs in the dining room.
4Did the lighting quality meet the needs of a seniors retirement facility?
Yes, the project specifically delivered lighting with appropriate color quality and light levels suitable for a seniors retirement facility while improving both safety and aesthetics throughout the building. The parking garage received whiter, brighter light after replacing metal halide fixtures with T8 LED fixtures.
5Were there rebates available for this type of project?
Yes, all upgrades were eligible for rebates from Toronto Hydro under the OPA's saveON-energy program, which covered 30% of the total project cost.
6How much maintenance savings were achieved?
Maintenance costs were reduced by $12,380 over five years. The LED upgrades eliminated the frequent replacement needs of incandescent bulbs (which operated 24/7 in stairwells), reduced ballast failures, and extended lamp life expectancy to twice that of the previous fluorescent systems.
7Can existing fixtures be upgraded without complete replacement?
Yes, most fixtures were preserved and upgraded with LED technology rather than completely replaced. Fluorescent fixtures had ballasts removed and were rewired for T8 LED lamps, and existing pot lights were retrofitted in place, which limited waste and eliminated the need to repaint ceilings. Contact us for comprehensive lighting audits and analysis.
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