Branch Circuit Power Monitor

3-phase voltage + up to 96 branch circuits. Power, energy, PF, harmonics. Modbus TCP + web UI.

A branch circuit monitoring system for electrical distribution panels, measuring 3-phase (L1/L2/L3 + N) voltage and up to 96 branch circuit currents with per-circuit energy, power factor, and harmonic visibility.

Branch Circuit Power Monitor is designed for commercial and industrial switchboards, the power meter combines a voltage-measuring base station with modular CT adaptor modules to deliver granular, per-circuit monitoring at high channel density. Branch Circuit Monitor System reports real power (W), accumulated energy (kWh / VA-hours), power factor, and harmonic content per circuit, plus phase voltage and harmonic information from the base station. Integration is via Ethernet using Modbus (TCP port 502) and an onboard status web page (TCP port 80), making it straightforward to connect into BMS platforms, energy dashboards, and multi-site monitoring systems.

Instrument distribution boards at circuit granularity

• High-density branch monitoring architecture. — 3-phase voltage sensing at the base station paired with up to 96 current channels via CT adaptors.
• Per-circuit telemetry your software can use. — Access accumulated Wh/VAh and instantaneous current, power, power factor, and harmonic content via Modbus registers.
• Integration-ready connectivity. — 100Base-T Ethernet supports Modbus (TCP/502) plus a status web page (TCP/80).
• Calibrated commissioning workflow. — Addressing and calibration performed via the dedicated CT port; calibration stored in adaptor flash for portability.
• Panel rollout diagnostics. — LCD interface and status LEDs support troubleshooting, phase/leg health checks, and device status visibility.
• Up to 96 — Branch circuit CT channels per system
• 3-phase + N — Voltage measurement at base station

Built for energy programmes and multi-site operations

• Commercial buildings and mixed-use portfolios. — Tenant billing, HVAC/lighting monitoring, server room visibility, and load attribution.
• Industrial and manufacturing sites. — Energy per machine, overload identification, optimisation programmes, and maintenance insight via abnormal load signatures.
• Data centres and critical power distribution. — Load balancing across phases, UPS distribution tracking, and rack / sub-feed monitoring strategies.
• Healthcare and education estates. — Monitoring of critical circuits (labs, imaging, ICU loads) and departmental reporting across campuses.
• Energy management, audits, and ESG reporting. — Supports energy audits, sustainability metrics, and ISO 50001-style continuous improvement workflows.
• Facilities management companies. — Multi-site monitoring with BMS integration and remote diagnostics to reduce onsite callouts.
• Modbus TCP — BMS/SCADA-ready Ethernet integration
• Web UI — Remote status visibility for rollout teams

Why teams choose the power meter

• High-density sub-metering without replacing panels. — Bring circuit-level visibility to existing distribution boards with scalable CT adaptor expansion.
• Power-quality-aware monitoring. — Harmonics and power factor visibility help identify distorted loads and corrective actions in complex facilities.
• BMS integration that doesn’t fight your stack. — Modbus over Ethernet plus a web status page enables fast integration and maintainable deployments.
• Commissioning integrity and calibration confidence. — In-built calibration flow and CT unplug detection support defensible measurements and reduce rework risk.
• Buyer-aligned value proposition. — Matches contractor workflows, panel builder needs, system integrator architectures, and facilities reporting requirements.
• Operational fit for multi-site programmes. — Designed for remote diagnostics and portfolio-level rollouts, especially for FM and energy services providers.
• Commercially credible positioning. — An industrial metering platform for commercial and industrial distribution panels—not a consumer device.
• Up to 96 — Per-circuit channels for distribution boards
• W / kWh / PF / Harmonics — Electrical metrics available for monitoring and optimisation

What Distributor Gets

A high-density, BMS-ready branch circuit monitoring platform aligned to contractor, integrator, and facilities workflows—positioned for energy management, ESG reporting inputs, and operational optimisation.

• A panel-ready multi-branch metering system — 3-phase voltage plus up to 96 circuit currents with per-circuit power, energy, PF, and harmonics.
• BMS integration interfaces — Ethernet Modbus (TCP/502) and status web page (TCP/80).
• Commissioning workflow support — On-device addressing and CT calibration designed to reduce installation errors and commissioning time.
• Multi-vertical sales story — Commercial buildings, industrial, data centres, healthcare, education, FM portfolios, and energy services.
• Clear buyer map — Electrical contractors, panel builders, system/BMS integrators, energy consultants, facilities and plant engineers.
• Deployment-ready positioning — A high-density metering platform for commercial and industrial distribution panels—no consumer ambiguity.
• 96 circuits — High-density branch monitoring per system
• Ethernet — BMS + remote monitoring connectivity

For Engineers

The power meter is a 3-phase branch circuit monitoring system: voltage is measured at the base station; current is measured across up to 96 CT adaptors. Read accumulated Wh/VAh plus instantaneous current, power, power factor, and harmonic content via Modbus.

• Measures what engineers actually need. — 3-phase voltage (L1/L2/L3 + N), branch currents, real power, energy, PF, and harmonics for per-circuit analysis.
• Designed for distribution panels and long runs. — Daisy-chained CT adaptors using RJ10 patch leads; up to 32 CTs per leg; maximum CT network length up to 50 m.
• In-built CT calibration and verification. — Calibration uses an internal current source swept from ~1 mA to 10 A and is stored in adaptor flash for portability.
• BMS-friendly comms model. — Ethernet Modbus (TCP/502) exposes per-CT accumulated energy and real-time parameters; web status page supports quick remote checks.
• Operational diagnostics on-device. — LCD pages cover IP configuration, summaries, calibration, metering views, and diagnostics; status LEDs accelerate fault localisation.

For Distributors

The power meter is a multi-branch, high-density power metering system for commercial and industrial electrical distribution panels—positioned for energy management, BMS integration, and multi-site facilities programmes.

• Clear multi-vertical fit. — Commercial buildings, industrial sites, data centres, healthcare, education campuses, and facilities management portfolios.
• Direct buyer alignment. — Electrical contractors, panel builders, system/BMS integrators, energy consultants, facilities teams, and plant engineers.
• BMS integration story that shortens sales cycles. — Ethernet Modbus TCP plus a web interface supports straightforward integration and remote commissioning workflows.
• ESG / energy audit enablement. — Supports tenant billing, sub-metering rollouts, sustainability reporting inputs, and energy optimisation initiatives.
• Field-ready commissioning safeguards. — Address duplication prevention and CT unplug logging reduce installation risk and support post-install accountability.
• Industrial & Manufacturing. — Factories, Process plants, Production lines, Machine monitoring. Use cases: Track energy per machine, Identify overloads, Energy optimisation, Predictive maintenance
• Data Centres. — Rack-level energy monitoring, UPS distribution tracking, Load balancing across phases.
• Healthcare. — Hospitals, Clinics, Laboratories. Use case: Monitor critical circuits (MRI, ICU, lab equipment).
• Universities & Schools. — Campus energy tracking, Department-level billing, Sustainability reporting.
• Energy Management / ESG Reporting. — Carbon footprint tracking, ISO 50001 compliance, Sustainability metrics, Energy audits.
• Facilities Management Companies. — Multi-site monitoring, Remote diagnostics, Building Management System integration.
• Renewable & Microgrid Integration. — Solar-connected buildings, Distributed load monitoring, Phase balancing.

Developed for Industries

Designed for electrical engineering, building automation, industrial IoT and ESG-driven energy management across multi-site and high-load environments

• Industrial & Manufacturing. — Factories, Process plants, Production lines, Machine monitoring. Use cases: Track energy per machine, Identify overloads, Energy optimisation, Predictive maintenance
• Data Centres. — Rack-level energy monitoring, UPS distribution tracking, Load balancing across phases.
• Healthcare. — Hospitals, Clinics, Laboratories. Use case: Monitor critical circuits (MRI, ICU, lab equipment).
• Universities & Schools. — Campus energy tracking, Department-level billing, Sustainability reporting.
• Energy Management / ESG Reporting. — Carbon footprint tracking, ISO 50001 compliance, Sustainability metrics, Energy audits.
• Facilities Management Companies. — Multi-site monitoring, Remote diagnostics, Building Management System integration.
• Renewable & Microgrid Integration. — Solar-connected buildings, Distributed load monitoring, Phase balancing.

Request To Buy

• UK & Europe
• North America