Service: Information and Communications Technology
Carlu Corporation, College Park
The Carlu
After sitting shuttered, run down and neglected for almost 25 years, this landmark venue underwent a comprehensive two-year renovation that brought the entire seventh floor back from the brink. Now designated a National Historic Site, the former Eaton’s store on College Street in Toronto boasts an event venue fully restored to its 1930s splendour, and worthy of the original vision of Lady Eaton.
Renamed in honour of the original architect, Jacques Carlu, the Art Moderne facility, which includes a grand foyer, auditorium and the Round Room restaurant, was in desperate need of refurbishment and renovation. The historical significance of the space was not lost on the new leaseholders, or the Toronto Historical Society.
HH Angus’ role as mechanical, electrical and communication engineers and lighting designers, was coordinated through our Tenant Engineering group. The project differed significantly from a typical renovation. HH Angus worked diligently to preserve and re-create the appearance of the 1930s interior. Mechanical and electrical systems were modernized and seamlessly integrated into the facility without detriment to its timeless charm.
The almost century-old façade now conceals new air handling, cabling, communications and sanitation systems. The Carlu has been transformed from a derelict relic of Toronto’s past into an up-to-date venue with historically accurate fixtures and fittings, new kitchen facilities, full climate-control and state-of-the-art audio, visual and wireless networked capabilities.
HH Angus’ creative engineering solutions overcame significant challenges posed by architectural constraints and complicated scheduling issues. Design sensitivity and engineering skill applied to this historical renovation helped make possible the rebirth of the stunning Carlu.
SERVICES
Mechanical Engineering | Electrical Engineering | Communications Design
PROJECT FEATURES
Status: Completed 2003
LOCATION
Toronto, Ontario
KEY SCOPE ELEMENTS
Heritage property renovations | New air handling, cabling, communications and sanitation systems | Innovative lighting approaches to ensure historical accuracy
Adding Drama
Angus Lighting’s dramatic designs for this stunning venue included replacing incandescent downlights with state-of-the-art halogen and fluorescent lamps to enhance the ambience in the main Rotunda.
Respecting the vision
Track lighting accentuates art and art forms, and dimmer systems were replaced. To ensure historical accuracy, existing wall sconces were completely refurbished and revamped.
Canary Wharf
Citigroup European Headquarters
This 1.2 million ft2 facility consolidates UK and European operations for Citigroup, the world’s largest financial institution. Our project scope included a 30,000 ft2 server farm/computer centre and 42 floors of communications technology rooms, supported by six 1600 kW rotary diesel UPS units for 9.6 MW of back up power to critical operations. At the time of construction, Citigroup Tower was the third tallest building in the UK.
Rotary diesel UPS units were arranged in four systems to provide dual redundant power to critical loads, using a highly fault-tolerant distribution scheme through to the raised floor Power Distribution Units and tech rooms. A sophisticated dual redundant load management system provides for control of all critical and essential loads under all normal operating and failure mode conditions. The design was configured to expand by two more 1600 kW units, for an ultimate load capability of 12.8 MW.
The control system also permits operation of all international office functions when all diesel UPS systems are available following a utility power failure via sequenced load stepping, allowing for a “business as usual” operating scenario even under widespread utility outages.
SERVICES
Electrical Engineering | Communications Design
PROJECT FEATURES
Size: 1.2 million ft2 | Status: Completed 2001
LOCATION
London, United Kingdom
KEY SCOPE ELEMENTS
Complex and highly resilient MEP design | Fly wheel energy storage UPS systems | Load design expanded by two 1600 kW units, for an ultimate load capacity of 12.8 MW | Rotary diesel UPS units arranged in four systems to provide dual redundant power to critical loads