From a single edge room to a multi-megawatt hall, we size, supply, install and maintain the three-phase UPS that protects your IT load, every major brand, matched to your density, redundancy and growth.

Per-rack and total kW, the growth curve, redundancy (N+1, 2N), runtime, footprint and PUE targets come first. Then we specify the right system (modular where you want pay-as-you-grow, monolithic where density rules) and install and commission it with your electrical contractor.
Most data-centre rooms run modular online UPS in N+1 or 2N, with high-efficiency modes (eConversion, Energy Saver System, Dynamic Online) holding around 99% efficiency at partial load. Lithium-ion is increasingly the default for its footprint and life. We model all of it against your site before recommending anything.
Most UPS-related drops trace back to aged batteries, tired capacitors and fans, or alarms nobody was watching, not the electronics. A data-centre UPS programme pairs the hardware with scheduled preventive maintenance: annual electrical and thermal checks, capacitor and fan refresh at mid-life, firmware and alarm review, and battery testing on every string. Our service arm runs exactly this programme on high-capacity three-phase systems for mission-critical infrastructure, single units to multi-megawatt halls, every major brand.
Installation, commissioning, preventive maintenance and emergency response are delivered locally through our service organisation in every major Canadian market:
Scoping a new build or comparing markets? The independent Canada Data Centre Map catalogues Canadian data centres, campuses and active projects with primary sources, useful groundwork before sizing the power train.
Runtime is a design number: enough to bridge generator start with margin (typically 5 to 10 minutes), engineered from the real load, not a guess. VRLA strings remain the capital-cost choice; lithium-ion roughly doubles calendar life and shrinks footprint. For battery cabinets, replacement strings and scalable runtime hardware in stock, start from the three-phase UPS family hub or browse stocked three-phase systems, both cover the exact families specified above, with battery options per family.
Almost always three-phase, double-conversion online UPS, modular platforms (scalable frames with hot-swap power modules) in N+1 or 2N for the white space, and compact rack or tower online units for edge and server rooms. The systems we specify most are listed above; sizing starts from per-rack kW, growth and redundancy targets, not the brochure.
N+1 (one spare module or unit) covers a single failure and is the workhorse for most Canadian rooms. 2N (two independent power paths) removes the UPS as a single point of failure entirely and is standard where SLAs or Tier objectives demand concurrent maintainability. 2N roughly doubles the power train, so the decision is economics against downtime cost.
At minimum an annual preventive visit: electrical checks, capacitor and fan condition, firmware, alarm history and a battery test, with semi-annual battery inspections on VRLA strings. Batteries age out at 3 to 5 years and remain the leading cause of UPS-related drops; scheduled replacement beats emergency response every time.
VRLA still wins on capital cost; lithium-ion wins on footprint, weight, calendar life (roughly double) and cooling tolerance, which is why new halls increasingly default to it. Both are valid; we model the ten-year cost against your space and thermal envelope before recommending either.
Tell us the application and we will come back within one business day, sizing, the right system, install and a price. Three-phase installs usually need a licensed electrician, so let us know if you have one.