“Our customers are facing complex challenges
including the need to increase productivity, optimize OPEX conditions, and
minimize downtime, while meeting sustainability goals. Technology that
underpins the entire asset and service lifecycle is therefore key, as
sustainability success depends upon how well you manage and maintain your
enterprise assets,” says Stephan May, CEO of Electrification and Automation at
Siemens Smart Infrastructure. “By adding the IFS suite to Siemens Xcelerator,
our customers are set to benefit from an expanded offering that truly
complements our newly launched Electrification X portfolio.”
Siemens' Electrification X Asset Management
applications now leverage APIs to offer completely automated information flows
- data stemming from IoT sensors and enriched by Siemens’ domain analytics -
for use in IFS’ industry leading AI-powered suite. This allows for triggering
automated work orders, inspection checks, inventory, and spare parts management
for electrical substation critical assets. Customers benefit from a single pane
of glass to view unified data from multiple sources, providing insight into
asset health, alongside enterprise-wide automated workorders, inventories, and
spare part management, all of which saves them costly CAPEX and OPEX. The
unique value proposition lies in IFS's ability to identify the detected asset
anomalies from Siemens' systems, automatically log them, display them in
lobbies, create required tickets, schedule work to the right crew at the right
time, dispatch the operatives, and execute in the field.
“We are delighted to form part of the
Siemens Xcelerator partner ecosystem,” says James Lewis, Head of Service
Management Business Unit at IFS. “With the end-to-end value of our joint
solution, from issue detection through to resolution, our customers will
benefit from one powerful SaaS application offering fully automated information
flows for AI-enabled health assessments of critical assets, right through to
ensuring service uptime through optimization and scheduling of the field force,
and utilization of assets in electrical substations.”