UPS systems

Uninterruptible power supply installation for Edmonton offices, industrial controls and data rooms: sizing, dedicated circuits, bypass, batteries and generator integration.

Why a UPS

Even a one-second outage or a deep voltage dip can reboot servers, corrupt data, reset PLCs and stop production. A generator takes seconds to start; a UPS covers that gap with no interruption at all. It also cleans up the brief sags, surges and noise that are common on busy commercial and industrial circuits.

• Server rooms and network closets
• Security systems, cameras and access control
• PLCs, SCADA and process controls
• Point-of-sale and phone systems
• Medical and laboratory equipment

Small desktop UPS units have their place, but anything beyond a single workstation deserves a properly installed system with a dedicated circuit, correct protection and a way to service it without shutting everything down.

In industrial plants, a UPS often protects controls rather than the motors themselves. Keeping PLCs, HMIs and instruments alive through a brief dip means operators keep visibility and the process can restart cleanly instead of from a cold, unknown state.

Types and sizing

Line-interactive UPS units are common for small racks and edge equipment. Online double-conversion units power the load through the inverter all the time, so the output is always clean and there is no transfer at all when the utility fails. That is the usual choice for server rooms and critical controls.

Sizing starts with the real load, measured or calculated, plus room for growth. Runtime is a separate decision: a few minutes to ride through until the generator starts, or longer if there is no generator or equipment needs time to shut down gracefully.

Installation done right

Larger UPS systems need dedicated input circuits sized to the unit, output distribution with properly labelled breakers or PDUs, and a maintenance bypass switch so the UPS can be serviced or replaced while the load stays powered. Battery cabinets add weight, and some battery types have ventilation and spill-containment needs.

If a generator backs up the UPS, the two must be compatible. Some UPS units react badly to the frequency swings of a small generator. We review both together, and our transfer switch work ties them into a single system.

Location matters too. UPS units and batteries produce heat, so the room needs adequate cooling, and large battery cabinets are heavy enough that floor loading should be checked in older buildings.

Batteries and service

UPS batteries wear out. Heat shortens their life, and a battery that looks fine may not carry the load when needed. We recommend periodic inspection and battery testing, and replacement on a schedule rather than after a failure. Many units can send alerts and status to your IT team, and we can set up automatic shutdown of servers when batteries run low.

We can include UPS inspection in the same maintenance plan as your generator and transfer switch, so your whole backup chain is checked on one schedule and reported in one place. That makes it much easier to spot a weak link before an outage does.

What drives cost

We do not post prices. The biggest factors are power rating, runtime and battery type, UPS topology, maintenance bypass and distribution, the circuit work back to the panel and, for larger units, room cooling and floor loading.

Total cost of ownership includes battery replacements over the life of the system, so we include an expected battery maintenance plan in our recommendation.

Questions we hear