Unexpected UPS failures lead to high maintenance costs, downtime, and severe equipment damage. Failures in expensive UPS systems and battery banks impact production and critical operations. Faclon Labs provides continuous UPS health monitoring using electrical, fault, and battery parameters. Early fault detection enables proactive maintenance and improved power system reliability
ROI < 1 Year The cost of deployment was recovered by avoiding critical system downtime and equipment damage
4% Increase in Power System Availability Real-time monitoring and early intervention significantly boosted the uptime of critical power assets
Improved Maintenance Team Capability Technical staff utilized automated health diagnostics to move from manual checks to data-driven maintenance
Faclon’s steam monitoring delivers measurable business outcomes, resulting in impacts like
Reduced Maintenance Cost
Lowered reactive maintenance expenses by shifting to condition-based interventions
Eliminated Manual Inspections
Reduced dependency on periodic manual checks through continuous automated
Improved UPS Governance
Enabled centralized visibility and control across distributed UPS installations
Improved Availability
Increased uptime of critical power systems through early detection of UPS issues
Solution Highlights
Faclon’s Steam Trap Monitoring Solution delivers end-to-end visibility and control through key capabilities like
Battery Health Monitoring
Continuous tracking of charging and discharging cycles for high availability
Smart Alerting System
SMS and email alerts enabling rapid response to emerging UPS issues
Automated Reporting
Scheduled reports highlighting health condition of all monitored UPS systems
Fault Analytics
Advanced analytics identifying recurring faults and abnormal UPS operating conditions
Multi-Vendor Compatibility
Gateways supporting integration with UPS systems from any manufacturer
Unified UPS Dashboard
Centralized dashboards showing health status, trends, diagnostics, and alerts
Why Faclon Labs
Faclon’s steam monitoring delivers measurable business outcomes, resulting in impacts like
AI-Driven Capabilities
Build custom analytics and query UPS insights conversationally
Flexible Customization
Tailored configurations aligned to customer-specific power system requirements
Proven Deployments
Successfully implemented across airports and large-scale manufacturing facilities
Cybersecurity Compliant Design
Meets required OT and IT cybersecurity standards
Unified Maintenance Platform
Single platform supporting UPS, VFD, and CBM use cases
Customer Success Focus
Dedicated support ensuring reliable operation and sustained adoption
CASE STUDY
Improving Power System Availability Across Critical Infrastructure Facilities
The project involved continuous UPS and battery health monitoring across 200 systems. The implementation was successfully deployed throughout India’s largest airport to ensure reliability. The system focused on proactive maintenance enablement to prevent sudden critical power failures
ROI < 1 Year The cost of deployment was recovered by avoiding critical system downtime and equipment damage
4% Increase in Power System Availability Real-time monitoring and early intervention significantly boosted the uptime of critical power assets.
Improved Maintenance Team Capability Technical staff utilized automated health diagnostics to move from manual checks to data-driven maintenance.
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