Behind Schneider Electric's 3-Phase UPS Monitoring Expansion

Data centres depend on resilient power infrastructure, but what happens when electricity demand keeps climbing and engineering expertise is scarce?

In the worst case scenario, downtime costs in data centres can range from US$10,000 to US$10m per hour, according to research conducted by Schneider Electric.

While keeping critical power systems performing at their best is becoming complex, Schneider Electric believes an expansion of its EcoCare service can help ease that pressure.

The AI and continuous monitoring service has been expanded to include three-phase UPS systems, with the aim of identifying faults before they lead to costly outages.

The move extends EcoCare beyond its existing portfolio by combining 24/7 remote monitoring, AI-powered condition-based maintenance and expert support for one of the most important elements of data centre infrastructure.

EcoCare's new upgrade focuses on replacing fixed maintenance schedules with maintenance based on the actual condition of equipment.

Schneider Electric says the expansion reflects the growing need for predictive maintenance as data centres face increasing operational complexity.

Why power resilience is becoming a bigger challenge

Power is one of the leading causes of impactful outages in data centres, with UPS-related issues featuring prominently.

Schneider Electric also points to human error as a major contributor to incidents, while electrical safety and maintenance practices continue to present operational challenges.

At the same time, organisations are dealing with a widening engineering skills gap that makes maintaining critical infrastructure more difficult.

Fragmented asset management and limited investment can also reduce the ability to prevent failures before they affect operations.

Bryan Stevens, Senior Vice President, US Services, Schneider Electric, says: "We're making invisible problems visible through digital connectivity – using data and AI to identify degradation and potential failures before they happen.

"We're enabling organisations to transform operations in an unprecedented way – using predictive insights to reduce interventions and cost, improve risk management and ultimately protect uptime in an increasingly complex environment."

The latest EcoCare capabilities are designed to address these issues through continuous monitoring of connected UPS assets.

Whether systems are connected natively or upgraded with sensors and network management cards, operational data including temperature, equipment wear, ageing, partial discharge and battery status is collected and analysed.

That information is transmitted through Schneider Electric's EcoStruxure IT architecture, which the company says follows data protection best practices including IEC 62443-4-1 standards and CREST-accredited penetration testing.

AI shifts maintenance from reactive to predictive

EcoCare analyses operational data alongside maintenance history to determine when equipment genuinely requires attention.

Schneider Electric's Connected Services Hub monitors UPS assets around the clock at component level, using predictive analytics to identify early warning signs before faults develop into outages.

Engineers can then provide remote troubleshooting or dispatch targeted on-site interventions where required.

According to Schneider Electric, this approach can reduce repair times, improve first-time fix rates and reduce the operational burden on in-house teams.

The company also says customers using three-phase UPS remote monitoring have achieved up to 70% lower electrical failure risk and unplanned downtime on UPS systems, alongside 66% fewer break-fix interventions and five critical UPS failures prevented each year.

The AI models supporting EcoCare are trained using Schneider Electric's installed base of electrical assets and refined by more than 300 data scientists.

The platform works alongside more than 6,000 Schneider Electric experts to determine the most appropriate timing for maintenance activities based on equipment condition.

Building a broader lifecycle strategy

The expanded EcoCare service also includes operational support beyond predictive maintenance.

Customers receive emergency break-fix interventions backed by service level agreements, access to certified technical experts for remote or on-site support and a tailored Customer Success Plan designed to improve operational performance.

Schneider Electric highlights Compass Datacenters as an example of condition-based maintenance in practice.

According to the company, a fleet of 78 EcoStruxure modular data centres achieved operating expenditure savings of up to 20% over two years after moving from calendar-based maintenance to condition-based servicing.

The three-phase UPS expansion also builds on the wider EcoCare portfolio, which already covers electrical distribution, modular data centres and building management systems.

It sits alongside Schneider Electric's broader Asset Lifecycle Management Services strategy, supported by EcoConsult for asset performance consulting and EcoFit for digital-ready modernisation, repairability and circularity initiatives.