Power Continuity for Connected IT Operations
Modern IT and ITeS operations run on interconnected systems. Power availability is business availability. From centralised data rooms to multi-site campuses and edge deployments, Numeric UPS solutions keep business continuity uncompromised.
IN IT ENVIRONMENTS, A POWER PROBLEM IS NEVER JUST A POWER PROBLEM.
IT and ITeS facility managers evaluate power infrastructure on a single outcome: does the business keep running - across every floor, every function, every time - without uncertainty in the system? Interconnected systems mean disruption travels fast, from the server room to the user. Here is what that demands, and what Numeric does about each.
Scale capacity without replacing infrastructure
IT environments expand constantly - more users, more devices, more load - and power infrastructure that has to be replaced every time the business grows is a cost and a risk. Numeric modular UPS architecture with hot-swappable power modules supports phased capacity expansion and configurable N+1 redundancy - capacity is added in phases, with no full replacements and no disruption to what's already running.
IT environments expand constantly - more users, more devices, more load - and power infrastructure that has to be replaced every time the business grows is a cost and a risk. Numeric modular UPS architecture with hot-swappable power modules supports phased capacity expansion and configurable N+1 redundancy - capacity is added in phases, with no full replacements and no disruption to what's already running.
Isolate critical systems from power disturbances
Server rooms and network infrastructure are unforgiving of voltage instability - what the grid sends in shouldn't be what your critical digital systems receive. Numeric VFI online double-conversion topology with IGBT rectifiers delivers a clean, conditioned supply - isolating servers, storage, and network infrastructure from harmonics, voltage fluctuations, surges, and sags at all times.
Server rooms and network infrastructure are unforgiving of voltage instability - what the grid sends in shouldn't be what your critical digital systems receive. Numeric VFI online double-conversion topology with IGBT rectifiers delivers a clean, conditioned supply - isolating servers, storage, and network infrastructure from harmonics, voltage fluctuations, surges, and sags at all times.
Maintain availability during planned maintenance
If keeping the UPS serviced means taking digital systems offline, the architecture has a problem - service and protection need to run in parallel, not in turns. Numeric hot-swappable power modules, parallel architecture, and integrated maintenance bypass let maintenance and upgrades run under live load - without compromising system availability.
If keeping the UPS serviced means taking digital systems offline, the architecture has a problem - service and protection need to run in parallel, not in turns. Numeric hot-swappable power modules, parallel architecture, and integrated maintenance bypass let maintenance and upgrades run under live load - without compromising system availability.
Reclaim floor space for the business
Every square foot consumed by oversized power hardware is floor space the business can't use - footprint matters across multi-floor and campus environments. Numeric compact, high power-density UPS systems minimise infrastructure footprint across single-phase and three-phase deployments - freeing valuable space in server rooms, network closets, and distributed IT sites.
Every square foot consumed by oversized power hardware is floor space the business can't use - footprint matters across multi-floor and campus environments. Numeric compact, high power-density UPS systems minimise infrastructure footprint across single-phase and three-phase deployments - freeing valuable space in server rooms, network closets, and distributed IT sites.
Match redundancy to operational risk
Not every load carries the same cost when it drops - a generic redundancy spec applied across the facility over-protects some systems and under-protects others. Numeric N to N+X configurations are aligned to operational criticality - core infrastructure carries more, distributed loads carry what they need.
Not every load carries the same cost when it drops - a generic redundancy spec applied across the facility over-protects some systems and under-protects others. Numeric N to N+X configurations are aligned to operational criticality - core infrastructure carries more, distributed loads carry what they need.
Lower total cost of ownership
In an always-on IT environment the power bill runs every hour of every shift - inefficiency compounds across the life of the system. Numeric high operating efficiency reduces UPS losses, cooling demand, and energy consumption - lowering lifecycle operating cost across continuously operating IT environments.
In an always-on IT environment the power bill runs every hour of every shift - inefficiency compounds across the life of the system. Numeric high operating efficiency reduces UPS losses, cooling demand, and energy consumption - lowering lifecycle operating cost across continuously operating IT environments.
IT & ITes UPS Systems
Service at a Glance
When power continuity is vital to your business, service can’t be an afterthought. Numeric’s service portfolio is built to ensure uninterrupted continuity throughout your system’s entire lifecycle, from the initial installation to the final upgrade
40+
years serving critical power needs
92%
issues addressed within 60 mins
2M+
UPS Installations
250+
direct service centers
>70%
airports
Related Resources
Less time managing power problems. More time running the business.
Numeric delivers three-phase and single-phase UPS solutions for IT parks, ITeS campuses, server rooms, and distributed digital workplaces, built around consistent system behaviour, scalable redundancy, and long-term operational confidence.
Frequently Asked Questions
Centralised server rooms are typically served by three-phase modular systems that scale with rack density; distributed edge and network-closet loads are served by compact single-phase units. Numeric's single- and three-phase portfolio covers both, so the same standard of protection holds across every site in the network.
Capacity is added by installing power modules within the existing system, not by replacing it. Hot-swappable modules and parallel architecture mean expansion and configurable N+1 redundancy are added without disrupting the live load - infrastructure grows as the business does.
VFI online double-conversion topology with IGBT rectifiers conditions the supply continuously, isolating servers, storage, and network infrastructure from harmonics, voltage fluctuations, surges, and sags - not only during an outage, but at all times.
Yes. Service paths are separated from load paths, and integrated maintenance bypass allows module replacement and upgrades under live load - planned maintenance runs without exposing protected systems.
Every efficiency loss becomes heat the facility's cooling then has to remove, so losses compound across continuous operation. High operating-load efficiency reduces UPS losses, cooling demand, and energy consumption - lowering total cost of ownership across the system's life.