monitoring
UPS Remote Monitoring & Environmental Sensors | Australia
24/7 remote monitoring of UPS systems, battery health, power quality and environmental conditions. Cloud dashboards, SNMP integration, predictive alerts and BMS connectivity.
UPS Services delivers continuous IoT sensor monitoring of UPS systems, battery banks, bypass switches and power distribution equipment across Australia. Our monitoring platform captures battery voltage, current, temperature and impedance, UPS input/output power quality, room temperature and humidity. All data feeds a cloud platform with live dashboards, threshold alerts and predictive maintenance insights.
Battery failure is the number one cause of unplanned power outage in data centres and server rooms. Traditional maintenance visits on quarterly or annual schedules miss degradation between visits. Continuous monitoring detects battery impedance drift, thermal runaway risk, input voltage instability and bypass events in real time, giving your team hours or days of warning before a failure occurs.
Our monitoring architecture uses industrial sensors at the UPS unit and battery bank connected to edge gateways via SNMP, Modbus, or manufacturer NMC cards (APC NMC3/NMC4, Eaton Gigabit Network Card, Vertiv IntelliSlot). Data flows to a cloud platform via SNMP traps, Modbus TCP or MQTT. Output channels include web dashboards, SMS/email alerts, and BMS/DCIM integration via BACnet, Modbus TCP or SNMP. The system is vendor-agnostic and works with APC, Eaton, Vertiv, PowerShield, Socomec, Riello and Salicru.
Scope
Our service includes
13 discrete deliverables across the ups monitoring engagement.
- 01UPS input power quality monitoring (voltage, frequency, THD)
- 02UPS output power monitoring (load percentage, kW, kVA, power factor)
- 03Battery voltage and current monitoring (per-string and per-block)
- 04Battery impedance trending (early degradation detection)
- 05Battery temperature monitoring (thermal runaway prevention)
- 06UPS bypass event logging and alert
- 07Transfer switch status monitoring
- 08Room temperature and humidity monitoring (battery room, server room)
- 09Hydrogen gas detection for VRLA battery rooms
- 10Cloud dashboard with real-time and historical trend views
- 11Threshold-based alert engine (SMS, email, SNMP trap)
- 12BMS/DCIM integration (BACnet/IP, Modbus TCP, SNMP)
- 13Monthly battery health and power quality reports
Recommended schedule
Preventative service intervals
01
Continuous (automated)
- Sensor data collection (60-second intervals)
- Threshold alert evaluation
- Dashboard refresh
- Data archival
02
Monthly (review)
- Battery health report generation
- Impedance trend analysis
- Power quality summary
- Alert threshold review
03
Quarterly (maintenance)
- Physical sensor inspection and cleaning
- NMC firmware update
- Sensor recalibration
- Dashboard and alert audit
04
Annually
- Full monitoring system health audit
- Battery capacity test correlation
- Integration test with BMS/DCIM
- Monitoring strategy review
Equipment
Types we service
- Single-phase rack-mount UPS (1-20 kVA)
- Three-phase modular UPS (10-800+ kVA)
- Parallel redundant UPS systems (N+1, 2N)
- External battery cabinets and battery rooms
- Static transfer switches and bypass panels
- PDU and power distribution monitoring
- Server room and data hall environments
- Battery rooms requiring AS/NZS 5139 compliance
Frequently asked questions
6 questions answered.
Q01
What sensors are installed on UPS systems?
Each UPS unit is fitted with input and output voltage/current sensors, a power meter for load percentage and kW draw, and a battery monitoring interface that captures per-string voltage, current and temperature. Battery banks additionally receive impedance measurement sensors for early degradation detection. The battery room or server room environment is monitored for ambient temperature, relative humidity, and (for VRLA installations) hydrogen gas concentration above the lower explosive limit. All sensors feed the UPS network management card or an edge gateway that transmits data to the cloud platform.
Q02
How does the monitoring platform work?
Sensors collect data at 60-second intervals and transmit readings to the UPS network management card (APC NMC3/NMC4, Eaton Gigabit Network Card, Vertiv IntelliSlot) or a standalone edge gateway. The NMC/gateway pushes data to our cloud platform via SNMP traps, Modbus TCP or MQTT, depending on site network architecture. The cloud platform stores time-series data, evaluates configurable threshold rules, generates alerts via SMS, email and SNMP traps, and serves web-based dashboards with real-time and historical views. Operators can set custom alert thresholds and export data for compliance reporting.
Q03
Can monitoring integrate with our existing BMS or DCIM?
Yes. The platform supports BACnet/IP, Modbus TCP, and SNMP output protocols for integration with all major BMS and DCIM systems. Verified integrations include Schneider EcoStruxure, Vertiv Trellis and LIFE, Honeywell EBI, and Siemens Desigo. Point lists and tag mapping documentation are provided as part of the integration handover. For sites without a BMS, the cloud dashboard operates as a standalone monitoring interface with full alerting capability.
Q04
Does monitoring work with all UPS brands?
Yes. The system is vendor-agnostic and works with all major UPS manufacturers. APC by Schneider Electric (NMC3/NMC4 network management cards), Eaton (Gigabit Network Card M2), Vertiv Liebert (IntelliSlot cards), PowerShield (web management cards), Socomec, Riello and Salicru are all supported via manufacturer NMC interfaces. For legacy UPS units without a network card slot, we deploy standalone SNMP gateways that poll standard MIBs. Custom MIB files and polling templates are provided for each manufacturer.
Q05
What is the ROI on UPS monitoring?
A single unplanned UPS failure typically costs $10,000 to $100,000 or more in emergency replacement parts, after-hours callout fees, and IT equipment downtime. Continuous monitoring detects battery impedance degradation, thermal anomalies and input power instability weeks before failure occurs, giving your team time to schedule a planned remediation instead of reacting to an emergency. Most customers see monitoring pay for itself within the first prevented outage. Beyond fault prevention, monitoring data supports battery fleet lifecycle planning, compliance documentation and energy reporting.
Q06
How quickly can monitoring be deployed?
A standard UPS monitoring deployment takes 2 to 4 weeks from site survey to live dashboard. Week 1 covers the site survey, UPS inventory and sensor specification. Week 2 covers hardware procurement and NMC card staging. Week 3 covers sensor and NMC installation (typically performed during a scheduled maintenance window to avoid load disruption). Week 4 covers cloud platform configuration, alert rule setup, BMS integration testing and operator training. For urgent deployments, we can compress the timeline to 7 to 10 days with priority hardware sourcing.