Energy and equipment monitoring From overview to anomaly tracing

Bring equipment, energy, and event data into one shared state for monitoring and tracing.

Explore the system
lvsota Multi-vendor equipment and existing systems Management view
Demo data

Site overview

Updated 18:14
Load
466.3 kW
Generation
43.9 kW
Grid import
448.2 kW
Storage SOC
71.7 %
Energy trend · last hour
Load and grid-import trend Changing the period moves the load and grid-import lines to a new illustrative data state. 520 440 360 280 17:15 18:15
Pending
  • Main panel contact temperatureHuman confirmation required
  • Demand nearing thresholdAnalysis in progress

Energy flow

Updated 18:14
Site energy flow Select a source to trace renewable energy, grid power, or storage discharge to the site load. Renewables 43.9 kW Grid 448.2 kW Peak-shaving storage −25.4 kW Bus 466.3 kW Site load 466.3 kW
Renewables → load

Event tracing

Updated 18:14

Inverter telemetry updates restored

Event equipment illustration A simplified 2.5D view of a switchboard, site meter, or inverter based on the selected event. Event trace path A measurement moves from equipment through a rule to an event and its response state. EquipmentRuleEventResponse INV-02 Update interval 42 sec Cleared
EquipmentPV Inverter 02
Event42 sec delay
ResponseCleared

What each view shows

Values are illustrative. Change the period, energy source, or selected event to inspect the relationships shown in the demo.

  • Overview and trends

    Review load, generation, grid import, and storage state of charge (SOC). Change the energy trend period. Pending items show what needs further review.

  • Energy sources and load

    Select renewables, grid power, or storage to trace the path through the bus to the site load.

  • Events and response states

    Select a temperature, demand, or data-delay event. Follow equipment, rule, event, and response to inspect the reading and current state.

Equipment data, connected at the edge

A battery cabinet, solar inverter and energy meter each feed a dedicated channel on an edge gateway, making their data available to the management system.

How equipment data reaches the management view

This equipment and energy monitoring example connects data acquisition, event interpretation, and management outputs.

  1. Equipment and data connection

    Battery cabinet, solar inverter, and meter data enter separate edge gateway channels for use by the management system.

    Connection specifications cover data points, protocols, update rates, and data quality. Align point names, units, and timestamps across vendors. Retain each reading's source and communication quality.

    • Equipment points
    • Communication protocols
    • Data-quality check

  2. Rules and site state

    Combine measurements from different sources. Apply thresholds and update conditions to form events linked to response states.

    This demo traces contact temperature, demand, and inverter data delays. Each event shows its equipment, rule, reading, and response state. Rules and event levels follow site needs.

    • Live measurement
    • Rule evaluation
    • Event state

  3. Management view and control boundary

    The management interface organizes equipment and event data into site overviews, energy trends, alerts, and reports.

    This page demonstrates overview, energy flow, and event views. Projects involving equipment control require permissions, fail-safe protection, and on-site testing before activation.

    • Management overview
    • Anomaly tracing
    • Permission design

Start from the data you already have

No full specification needed. Tell us what equipment is on site, where the data lives today and who will use the screen, and we can talk through what the interface should look like.

Worth thinking about first

  1. What equipment or systems are on site?
  2. Where does the data live today?
  3. Who looks at this screen every day?
Discuss system requirements