UPS
Single- and three-phase topologies for IT, telecom, control, security, industrial and mission-critical loads.
We design backup architectures that protect critical loads from outages, variations and grid events by integrating UPS, batteries, bypass, redundancy, monitoring and operations.
We do not select a UPS from a catalog. We design continuity around the load, required runtime, operational risk and the way the facility must recover from a failure.
Continuity depends on how power, batteries, redundancy, distribution, monitoring and maintenance work together.
Single- and three-phase topologies for IT, telecom, control, security, industrial and mission-critical loads.
Battery-bank sizing based on actual power, runtime, temperature, aging and maintenance strategy.
N, N+1 or redundant architectures, maintenance bypass and transfer schemes to preserve continuity during faults or service.
Visibility into status, load, runtime, batteries, alarms and events so backup becomes part of operations.
Testing, inspection, batteries, cleaning, firmware and preventive maintenance so the architecture is available when it is truly needed.
Protection, switchboards, conductors, distribution, grounding and coordination with generation or transfer so the UPS works as part of the complete system.
First we need to understand what must remain operating, how much it consumes, how long it must be sustained, the quality of incoming power and what happens when utility power returns.
We can integrate different UPS manufacturers and families according to capacity, topology, runtime, availability, support and facility requirements. Brands that can form part of a solution include CyberPower, APC by Schneider Electric and Eaton.
Explore topologies, sizing criteria, brands, equipment families and published products to build the right backup architecture for each project.
Projects, industries, knowledge, technologies and documents appear here as they are connected in the CMS.
We can start with your current load, drawings, bills, equipment inventory or a technical visit. From there we define capacity, runtime, architecture and redundancy level.