Monitor
Generation, consumption, power flows, connectivity quality and active alarms.
ONTOLOXIA EMS · The operational layer for distributed energy
One operational layer for solar PV, battery storage, meters, loads and technical infrastructure — from a single site to a distributed portfolio.
One operational model
ONTOLOXIA EMS brings live telemetry, history, alarms, documentation and operational processes into one environment.
Generation, consumption, power flows, connectivity quality and active alarms.
Measurements, events, alarms and command results with source timestamps and data quality.
Respond, report, maintain and control within the approved integration scope.
One signal journey
Scroll to see how ONTOLOXIA turns distributed signals into one operational picture.
Scroll through the six stages of the signal journey.
01SourceEMIT
An inverter, battery, meter, charger or HVAC system each speaks its own language. ONTOLOXIA starts with what the device actually exposes.
02EdgeBUFFER
An industrial edge node acquires device data and aligns timestamps, units and data quality — close to the installation.
03ConnectivitySYNCHRONIZE
Edge acquisition continues. When the secure channel returns, the missing history is synchronised in the right order.
04Central platformMERGE
Signals from across the portfolio meet in the central platform — on-premise or hybrid — without losing their source identity.
05Data layerNORMALIZE
ONTOLOXIA normalises data and connects it with history, alarms, assets and audit.
06DecisionRESOLVE
Operators see the state, maintenance sees the cause, and owners stay in control. Monitoring becomes a documented decision.
View DEMOcoming soon
Key benefits
ONTOLOXIA connects technical information with operational responsibility — from signal to documented action.
From portfolio to site, device and individual signal — without switching tools.
Edge maintains data acquisition, while data can remain in the owner’s infrastructure.
The alarm, device, documentation, maintenance task and audit trail remain connected.
Interoperability
ONTOLOXIA separates vendor protocols from the common data model. Different registers, topics and API fields can represent the same operational concepts.
Protocols and APIs
The meaning and availability of data come from the protocol and device documentation.
Transport and signals
A transport layer alone does not define the meaning of data or whether writing is supported.
Scalability
From a single site to a centrally managed fleet, with independent configuration and data continuity at every location.
A local server or compact installation, one site hierarchy and a complete path for further expansion.
Edge nodes at each site, the owner’s central server, and shared reports, alarms, roles and portfolio oversight.
Local operational continuity and controlled access to selected central services and partner processes.
Individually sized infrastructure, redundancy, identity integration and extended security policies.
For one site and the entire portfolio.
Site count, hierarchy, devices, signals, dashboards, alarms and retention are defined in the deployment profile.
Government offices, schools, public facilities and distributed assets that need shared oversight and reporting.
Plants, halls, logistics centres and technical infrastructure focused on availability and cost control.
Commercial property portfolios, multi-meter sites and installations that connect energy with asset maintenance.
Residential and industrial installations where energy performance depends on a shared view of PV, BESS and loads.
Portfolio operators, delivery partners and maintenance teams that need one context for data and service work.
Product and deployment
We start with devices, interfaces, site count, retention, network architecture and operational responsibilities. This defines the realistic integration scope.
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