GeoEner PSM
Monitor your distribution grid in real time; manage alarms, loading and regulatory risk from a single operator console. The operations module of the GEOENER platform.
About the Product
GeoEner PSM is power system management software that shows what is happening on the distribution grid the moment it happens, in context. Measurements from SCADA, power quality analyzers and RTUs are collected through a protocol-independent adapter architecture, stored in an isolated time-series pipeline and reflected on the GIS map and dashboards within seconds — without loading your corporate database. The smart alarm engine ships with threshold sets based on EN 50160 and regulatory bands; hysteresis and delays prevent alarm fatigue, dead-point detection catches silent measurement points, and no event is closed unattended. Loading analytics tracks transformer and feeder loading band by band; load duration curves (LDC) diagnose chronic overload, and the IEC 60076-7 thermal model computes transformer hot-spot temperature and ageing rate. Reactive ratios and contracted power are tracked cumulatively with end-of-period projections — graduated early warnings fire before penalties accrue. Distributed generation sites are monitored for capacity utilization and power factor compliance on a single panel; criticality-aware load shedding decision support produces recommendations, never commands: PSM follows a read-only OT principle and never intervenes in the grid. It is natively integrated with GEOENER: the same GIS map, the same authorization model, the same asset records — assets built through investment are monitored in operations and sustained through maintenance.
Key Features
Voltage, current, power and temperature measurements land on the GIS map in real time. Point colours show data quality or loading band, and alarm rings stay on top in every mode.
MonitoringThreshold sets based on EN 50160 and regulatory bands are generated in one click. Hysteresis, on/off delays and power-factor suppression at low load prevent false alarms, while dead-point detection catches points that stop reporting.
AlarmAcknowledgement, shelving, bulk operations and automatic reconciliation are supported. Alarms that closed without acknowledgement are flagged, so no event closes unattended.
AlarmA critical alarm band with audible alerts, KPI counters by severity and "likely root cause" flagging through feeder correlation — the shift operator's single screen.
ConsoleTransformer and feeder loading is tracked band by band: the most loaded equipment, time spent in overload, phase unbalance and combined loading per asset.
AnalyticsPer-point load duration curves diagnose chronic overload: peak duration, P95 and median loading — direct input for investment planning.
AnalyticsThe IEC 60076-7 model computes hot-spot temperature, ageing rate and safe continuous capacity — from measured oil temperature where available, from estimation otherwise.
AnalyticsInductive/capacitive ratios are tracked cumulatively against the metering period; an end-of-period projection is derived from recent days and graduated early warnings fire before any penalty accrues.
Regulatory15-minute demand, monthly maximum and contracted power exceedance are tracked separately for import and export, with tolerance-aware evaluation.
RegulatoryCapacity utilization, availability and grid-code power factor compliance for licensed and unlicensed generation sites are brought together on a single panel.
MonitoringProduces criticality-aware, minimum-sufficient load shedding proposals and distributed generation curtailment advice. It recommends but never commands: intervention in operational technology always stays with the operator.
Decision supportRole-based e-mail notifications are sent on critical events, with rate limiting to prevent notification floods.
ConsoleOne map: measurement points, alarms and loading appear over your own inventory with no separate GIS installation. One authorization model: who sees which screen and acknowledges which alarm is governed by your existing role structure. One data language: every monitored point is bound to the real asset record, so analytics results meet asset history.
PlatformAdditional Modules
How It Works
- 01Field devices
The measurement stream starts from SCADA, power quality analyzers and RTUs.
- 02Collection layer
Protocol-independent adapter architecture with queue guarantees that prevent data loss during outages.
- 03Time-series store
A high-volume measurement archive with fast aggregation, isolated from your corporate database.
- 04Analytics engines
Alarm, loading, thermal and regulatory engines evaluate the data continuously.
- 05Operator console
Web-based live map, dashboards and alarm management with role-based access.
Who It's For
Monitor the grid from one console throughout the shift, respond to real events without alarm fatigue and see regulatory risk before the period closes.
Spot chronically stressed equipment through loading bands, load duration curves and transformer thermal analysis, feeding investment and maintenance plans with data.
Track capacity utilization, power factor compliance and contracted power exceedance on one panel, managing reactive penalty risk with early warnings.
Technical Summary
- Standards
- EN 50160 (alarm threshold sets), technical quality regulations (reactive ratio limits), IEC 60076-7 (transformer loading and hot-spot model), grid code (power factor for distributed generation)
- Data sources
- SCADA, power quality analyzers, RTUs — protocol-independent adapter architecture
- Telemetry pipeline
- An isolated time-series store; queue guarantees prevent data loss during outages
- OT principle
- Read-only: PSM never writes commands to the grid; all outputs are monitoring and decision support
- Alarm management
- Hysteresis, on/off delays, power-factor suppression at low load, dead-point detection, automatic reconciliation
- Regulatory monitoring
- Inductive/capacitive ratio projection, 15-minute demand, contracted power exceedance (import and export separately)
- Notification
- Role-based e-mail on critical events, with rate limiting to prevent notification floods
- Deployment
- A module of the GEOENER platform; can be switched on or off per installation, with zero impact on existing processes when off
Frequently Asked Questions
Does GeoEner PSM send commands to the grid?
No. GeoEner PSM is read-only: it monitors measurements from SCADA, power quality analyzers and RTUs, raises alarms, performs loading and transformer thermal analysis and warns early about reactive penalty risk. For topics such as load shedding it only produces recommendations; the decision to intervene in the grid always stays with the operator.
What is GeoEner PSM?
Monitor your distribution grid in real time; manage alarms, loading and regulatory risk from a single operator console. The operations module of the GEOENER platform.
Who is GeoEner PSM for?
Distribution companies: Monitor the grid from one console throughout the shift, respond to real events without alarm fatigue and see regulatory risk before the period closes. Operations and maintenance planning: Spot chronically stressed equipment through loading bands, load duration curves and transformer thermal analysis, feeding investment and maintenance plans with data. Distributed generation and large consumers: Track capacity utilization, power factor compliance and contracted power exceedance on one panel, managing reactive penalty risk with early warnings.
How does GeoEner PSM work?
1. Field devices — The measurement stream starts from SCADA, power quality analyzers and RTUs. 2. Collection layer — Protocol-independent adapter architecture with queue guarantees that prevent data loss during outages. 3. Time-series store — A high-volume measurement archive with fast aggregation, isolated from your corporate database. 4. Analytics engines — Alarm, loading, thermal and regulatory engines evaluate the data continuously. 5. Operator console — Web-based live map, dashboards and alarm management with role-based access.
Which systems and standards does GeoEner PSM work with?
Standards: EN 50160 (alarm threshold sets), technical quality regulations (reactive ratio limits), IEC 60076-7 (transformer loading and hot-spot model), grid code (power factor for distributed generation). Deployment: A module of the GEOENER platform; can be switched on or off per installation, with zero impact on existing processes when off.
Benefits
- Live visibility in seconds, no missed alarms
- Graduated early warnings before penalties accrue
- Read-only OT principle: never writes commands to the grid
- One map, one authorization model, one data language with GEOENER
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