Power Consumption
Turn energy data into operationally safe reductions
Normalised consumption, process context, infrastructure control and verification.
Products and delivery responsibilities
Assemble the operating stack around the action.
Consumption, multi-utility optimisation, workflows and verification.
View responsibility →ScadifyField acquisition, local automation, protocols and resilient execution.
View responsibility →EnergyPortalCentral visibility, analytics, reporting, workflows and governance.
View responsibility →Solution selection
Choose the operational problem you need to solve.
Multi-Site Energy Management for Retail and Branches
Multi-site energy management for retail, branches and campuses: qualified meter data, fair benchmarks, local control and verified operating decisions.
Explore this solution →Industrial Energy Optimisation and Process Analytics
Connect energy use to production, shifts, recipes and process constraints to identify and execute safe industrial efficiency improvements.
Explore this solution →HVAC, Heating and Cooling Optimisation
Use schedules, weather, occupancy, setpoints and equipment state to optimise HVAC, heating and cooling within comfort and process constraints.
Explore this solution →Lighting and Electrical Load Control
Manage schedules, occupancy, zones, load priorities, overrides and runtime evidence for lighting and electrical loads.
Explore this solution →Pumps and Water Infrastructure Optimisation
Connect pump schedules, level, pressure, flow, energy intensity, leakage indicators and maintenance workflows.
Explore this solution →Peak Demand and Tariff Optimisation
Forecast demand, prioritise loads, analyse tariffs and coordinate approved actions across facilities and energy-consuming systems.
Explore this solution →ISO 50001 Energy Management Workflows
Support energy reviews, significant energy uses, baselines, EnPIs, action plans, monitoring and evidence with enCoreEnergy.
Explore this solution →Power quality and reactive power compensation
Harmonics, flicker and reactive power can cause losses, equipment stress and interrupted production.
Explore this solution →AI governance and risk management
AI-supported forecasts and recommendations need accountable decisions, monitored model quality and managed risk.
Explore this solution →Operational workflow
From operational context to measured action.
- 01Classify sites and equipment
- 02Collect meters and operational drivers
- 03Benchmark and identify exceptions
- 04Assign or approve local action
- 05Verify portfolio and site outcomes
Data sources and integrations
Connect the evidence that explains the decision.
- Utility meters and submeters
- HVAC, lighting, pumps and equipment state
- Production, shifts, schedules and occupancy
- Weather, temperature and humidity
- Tariffs, invoices and maintenance context
Governance and resilience
Central policy must respect local operating and safety constraints. Define approval rights, override ownership, audit records and recovery after a communications outage. Local control must have an agreed fallback; a dashboard cannot guarantee safe execution in a disconnected branch. Savings are evaluated against an agreed baseline and operating context, rather than inferred from a lower bill or a fleet-wide average.
Protocol roles, OEM compatibility, data retention, control limits and failure behaviour must be confirmed from the engineering-approved release and project documents.