Can existing BMS platforms and utility portals be integrated?

Yes. BACnet and Modbus connectors integrate with Siemens, Honeywell, Schneider, Johnson Controls and Trane BMS; OCPP is used for EV chargers; and utility APIs (Green Button and equivalents) can be pulled for interval and billing data. All feeds are normalised into a single energy data model.

How is Scope 3 emissions data handled?

Supplier data, spend-based factors and product-lifecycle data are ingested alongside operational (Scope 1 and 2) metering. Measured and estimated data are labelled distinctly in reports so evidence trails remain auditable under GHG Protocol conventions.

How is the programme aligned to ISO 50001?

The design covers baseline definition, energy performance indicators, targets, management review cadence and continual-improvement evidence. Metering, dashboards and reporting are structured so audit findings can be resolved from the same underlying data set.

How is baseline energy consumption established before savings are claimed?

A weather-normalised, occupancy-adjusted baseline is built from historical meter data over a defined period, so post-intervention savings are measured against a like-for-like comparison rather than a single reference month.

How are sub-metering gaps closed without rewiring the estate?

Non-invasive CT clamps, wireless sub-meters, MODBUS gateways on existing panels and virtual metering from load models fill visibility gaps at circuit and equipment level with minimal downtime.

How are energy insights kept relevant to facilities, finance and sustainability teams?

Role-tailored views expose kWh, cost, tariff exposure, carbon intensity and asset efficiency, so operations focus on plant setpoints, finance on tariff and demand charges, and sustainability on scope 1 and 2 disclosures.

IoT & Automation

Energy Management & Sub-Metering

Measure every kWh. Detect waste. Report with evidence.

Design, integration and support cover energy management programmes covering utility and sub-meter ingestion, tariff and demand-response modelling, HVAC and lighting integration, solar, storage and EV orchestration, waste and anomaly detection, and ISO 50001, GRI, SASB, CDP and CSRD-aligned reporting.

"Meter it, model it, tune it, and report it — from the same data set."

Metering Depth

Utility-to-circuit

Utility inflow, tenant, floor, feeder and circuit-level coverage.

Energy & Resource Types

Multi-utility

Electricity, gas, water, district heating / cooling and EV.

Reporting Frameworks

Standards-aligned

ISO 50001, GRI, SASB, CDP and CSRD evidence workflows.

Platform ecosystem

Multi-vendor by design — devices, gateways, cloud IoT platforms and protocols are matched to the estate, integration surface and operating model.

Schneider PowerLogic
Siemens SICAM
ABB Ability
Eaton EMS
Iconics Energy AnalytiX
Modbus · M-Bus · OCPP
ISO 50001
CSRD · GRI · CDP

Scope in detail

Metering & Sub-Metering
Utility, tenant, floor, feeder and circuit-level meters ingested over Modbus, BACnet, M-Bus and OCPP into a single time-series data model covering electricity, gas, water and district energy.
Tariff & Demand Modelling
Time-of-use, demand-charge and PPA tariff modelling with peak-shaving forecasts so spend and emissions scenarios can be evaluated against real load profiles per site.
Load Shifting & Demand Response
Automated load curtailment during peak windows and demand-response events, coordinated across HVAC, lighting, EV chargers and controllable process loads.
Solar, Storage & EV Integration
PV monitoring, battery dispatch and EV-charging orchestration for self-consumption, grid-export management and finance-grade ROI dashboards.
Waste & Anomaly Detection
ML models flag simultaneous heating and cooling, night-time base loads, phantom draw and equipment drift, generating tickets to facilities before consumption reaches the bill.
ESG & Sustainability Reporting
Scope 1, 2 and 3 emissions, energy intensity per square metre, water consumption and audit-ready evidence packs aligned to GRI, SASB, CDP and CSRD.
ISO 50001 Enablement
Energy management system rollout covering baseline, energy performance indicator definition, targets, review cadence and continual-improvement evidence, all instrumented.
Executive & Site Dashboards
Role-based dashboards for facility managers, sustainability leads and finance, exportable to board packs with a single, governed set of energy and emissions figures.

Where connected estates break down

Energy use cannot be attributed
Utility invoices arrive at the portfolio level with no sub-metered, tenant-level or feeder-level breakdown to attribute consumption or investigate anomalies.
ESG reporting compiled from spreadsheets
Scope 1, 2 and 3 emissions data is manually collated from utility statements, supplier questionnaires and building spreadsheets, with limited audit evidence.
HVAC and lighting running on default schedules
Comfort, ventilation and lighting are scheduled statically, with no automated response to occupancy, weather, tariff signals or demand-response events.
Solar, storage and EV assets not orchestrated
On-site PV, battery and EV-charging systems operate independently of the wider building estate and tariff structure, limiting self-consumption and ROI.

Engagement approach

Deliver energy visibility and control from metering plan and tariff modelling through integration with BMS, EV and utility APIs, and into ESG reporting workflows.

Assess
Baseline current metering, sub-metering, utility contracts, on-site generation, EV infrastructure, BMS platforms and existing ESG reporting workflows per site.
Design
Define the target metering plan, tariff and demand-response model, HVAC and lighting integration, ESG data model and reporting artefacts, and ISO 50001 alignment.
Integrate
Deploy meters, gateways and analytics; integrate with BMS, EV chargers and utility APIs; and publish dashboards and reporting packs for facility, sustainability and finance.
Operate & Improve
Investigate anomalies, tune load-shifting and demand-response strategies, refresh baselines and evidence, and expand programme scope to new sites and utilities.

Deliverables & artefacts

Sub-metering plan for utility, tenant, floor and circuit
Modbus / M-Bus / OCPP data ingestion architecture
Tariff, peak-demand and PPA modelling
Demand-response strategy across HVAC, lighting and EV
Solar, storage and EV orchestration design
ISO 50001, CSRD, GRI, SASB and CDP reporting pack

End-to-End IT Integration and Support

From assessment and solution design through implementation, remediation, ongoing support, and lifecycle optimization.

Fix What's Broken — Remediation Sprints

Offline sensors, unreliable gateways, broken protocol integrations, duplicate or missing telemetry, dashboard drift, expired certificates, alarm floods, or an IoT / OT pilot that never scaled? Jiva Technologies runs fixed-scope remediation sprints across the device, network, platform and integration layers.

Sensor, meter and gateway health audit, firmware baselining and connectivity fixes
Protocol integration cleanup (BACnet, Modbus, OPC UA, MQTT, LoRaWAN, LTE-M)
Data-model, KPI, dashboard and alarm rationalisation with tag / battery lifecycle fixes

Request a remediation scope

Support & Maintenance — AMC-Backed

Keep IoT, OT and smart-building estates running after handover — device health, platform hygiene, certificate and firmware lifecycle and vendor coordination under a Jiva AMC.

L1 / L2 / L3 technical support for leading IoT, edge, BMS, SCADA and analytics platforms
Preventive maintenance, sensor calibration, firmware, configuration backup and licence renewal
Vendor escalation, periodic service reviews and documentation refresh

Explore AMC & support contracts