Asset modeling

Model your asset base as it really is.

A flexible, object-oriented data model for assets, their relationships and their data, the foundation every product on the platform builds on.

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  1. Subjects
  2. Windpark Mistral
  3. Wind turbine 02
Aggregation period: 15 minutes
Axle height (m)
81
Blade length (m)
55
Power (MW)
2,61
Turbine type
Vestas V112

Operational status

OK

15 minutes ago

Solar Inverter

OK

for 2 years

AC Output

Warning

for 5 hours

Error Code Status

Warning

for 5 hours

Power

Current power output2.61 of 3.6 megawatts, 72 percent of rated capacity 2,61 MW

Most recent measurements

  • Atmospheric corrosion zone
    −248 mV
  • Splash corrosion zone
    −706 mV
  • Tidal corrosion zone
    −812 mV

    • Indoor and outdoor temperature

    • Outdoor
    • Indoor
    Indoor and outdoor temperature over time

    Outdoor: 14, 15, 16, 15, 17, 18, 17, 16 degrees. Indoor: 21, 22, 22, 23, 23, 24, 23, 22 degrees.

    Subjects

    Hierarchical list of monitored subjects with their status and type
    StatusSubjectSubject typeLatest measurement
    Problem
    Heat district Utrecht
    		City2 minutes ago
    Problem
    Heat district Amsterdam
    		City4 minutes ago
    Warning
    Solar Inverter 2
    		Solar Inverter6 minutes ago
    Warning
    Power supply S.V. CWO
    		Temporary power supply9 minutes ago
    Warning
    Windpark Mistral
    		Windpark15 minutes ago
    Warning
    Wind turbine 16
    		A1 - Wind Turbine Generator15 minutes ago
    OK
    Tower structure system 16
    		AA2 - Tower structure system15 minutes ago
    OK
    Wind capturing system 16
    		RB1 - Wind capturing system15 minutes ago
    OK
    Power generation system 16
    		RA1 - Power generation system15 minutes ago
    Warning

    Wind turbine 16

    Windpark Mistral

    Open subject
    Axle height (m)
    81
    Blade length (m)
    55
    Power (MW)
    3,45
    Turbine type
    Vestas V112
    Solar panels, wind turbines, and an energy storage container at sunset

    Production

    • This period
    • Previous period
    Production over time

    This period: 72, 68, 75, 82, 78, 85, 80, 90. Previous period: 65, 70, 66, 72, 68, 75, 70, 78.

    Most recent measurements

  • Internal tower zone
    742 mV
  • Tower base zone
    689 mV
  • Foundation interface
    675 mV
  • External splash zone
    561 mV
    • customers

    Trusted by teams running critical operations

    Enterprises across energy, heat, water and infrastructure rely on Blockbax to keep critical assets running.

    "By automating tasks and improving productivity, we're prepared to support Eneco's asset growth strategy across our full portfolio."

    Michel Klaasse
    Michel Klaasse Head of Asset Control & Steering

    "Blockbax is key to operating our heat networks at the highest standard, with full control over asset performance across all sources."

    Harold Maasen
    Harold Maasen Manager of Realisation, Operations & Asset Management

    "With Blockbax, our maintenance and operations teams have real-time insight into our full fleet of energy solutions."

    Noël Steentjes
    Noël Steentjes Technical Director
    Firan Eteck Heijmans Elix Nett Eneco Bredenoord TBI Van der Ende Group Gemeente Rotterdam Volta Energy Aquon Gigastorage Inwarmte Electroproject Caeli Additive Restrain
    capabilities

    Everything a data foundation needs

    Define your asset structure once; every metric, trigger and dashboard inherits it.

    Object-oriented types

    Define an asset type once, every instance carries the same metrics and structure.

    Nested hierarchy

    From a single pump to a national heat network, fully navigable.

    Inherited properties

    Thresholds, criticality and config flow down the hierarchy automatically.

    Ingestion mapping

    Map any device stream to metrics without renaming at the source.

    Calculated metrics

    Expressions, parameters and date functions turn raw signals into KPIs.

    Measurement filtering

    Drop invalid readings at ingestion, before they reach a trigger.

    Data model & hierarchy

    One model, inherited everywhere

    Because structure lives in the model, everything downstream configures itself.

    An object-oriented typology with parent-child relationships and properties at every level.

    • ISA-18.2 / IEC 62682 lifecycle reusable templates per asset type
    • Deep nesting hierarchy that mirrors your real asset portfolio
    • Property inheritance change once and applied everywhere
    • Devices and source systems automatically matched to the right asset in your model
    Asset typology inherited & overridden properties
    • Wind farm
      • Section N
        • T-01
        • T-02
        • T-03
      • Section E
      • Section S
    T-03 ↑ inherited from Wind farm
    Capacity 2.3MW
    Threshold 70°C
    criticality high
    Calculated metrics Substation 14
    Live measurements on this subject
    Voltage 402V
    Amperage 58A
    Wattage 23.3kW
    Also computed from properties & time
    Active power Prop rated capacity Capacity factor
    Meter total Date start of month Monthly yield
    One formula, applied across thousands of assets, no per-asset duplication.
    Refine & enrich

    Raw signals in, operational
    metrics out

    A cumulative counter isn't a KPI.

    Turn raw asset data into what operators need, with calculations and external context.

    • Calculated metrics derive new values, low-code
    • Date functions aggregate per hour, day, week, month
    • Measurement filtering clean data at the door
    • External enrichment weather, prices, maintenance data

    Build once, reuse everywhere

    A configuration-led model your own people own, with no
    per-asset development and no vendor dependency.

    Book a demo Contact us