⚡Energy Monitoring

eWatch Energy Monitor

15-minute installation on any three-phase machine. No electrician required. Real-time energy monitoring for ESOS Phase 3 compliance.

📐System Architecture

How eWatch Works

Complete energy monitoring architecture from sensors to analytics

eWatch System Architecture Diagram showing connectivity between energy meters, TIBS eWatch, analytics platform with Wi-Fi, BLE, ZigBee, LoRa protocols, and data flow for energy usage, performance, anomalies, and carbon emissions
🔌 Legacy Energy Meters⚡ TIBS eWatch📡 Wi-Fi/BLE/ZigBee/LoRa☁️ Analytics Platform🌿 Carbon Emissions
🏭Why Choose eWatch

How Will TIBS Energy Monitoring & Optimisation Help

Transforming manufacturing energy management

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Real-time Energy Monitoring

Monitor current, voltage, power, power factor, frequency, and kWh in real-time for complete energy visibility.

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Machine Utilisation Patterns

Track how long machines run with jobs loaded, idle run time, and shutdown time to optimize processes and improve machine utilisation.

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Cost Per Production Run

Calculate energy cost during production runs, idle runs, and standby. Derive granular cost on a per-piece or per-customer-order basis.

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Predictive Maintenance

Detect drastic/frequent spikes in current and voltage to raise early warnings for electrical maintenance before failure occurs.

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Multi-Sensor Integration

Integrate additional sensors including temperature (motor coil, furnace), pressure sensors/switches, and electrical leakage detection.

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Equipment Efficiency Monitoring

Monitor equipment efficiency continuously and generate alerts when degradation is detected.

📋What We Measure

eWatch Features

Complete energy monitoring solution

Measuring Range

  • ✓Current, voltage, power, power factor, frequency, kWh
  • ✓Clamp-on CT monitoring for single and three-phase machines
  • ✓15-minute installation, no electrician required
  • ✓Real-time consumption tracking
  • ✓Extract machine utilization patterns
  • ✓Early warning for electrical maintenance
  • ✓Integrate additional sensors (temperature, pressure, leakage detection)

Power Options

⚡ Power Source

Sensors can be powered either through:

  • Neutral and a phase connection
  • Directly from 24V supply
📡 Communication

Modbus TCP, 4G/5G/eSIM, Wireless Protocols

🔧Product Range

TIBS eWatch Sensor Models

Choose the right solution for your needs

High Performance
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High Sampling Energy Meter

I, V, P, PF, F, KWH, AP, RP with Modbus TCP, 5G support for high speed transfer

  • ✓Extract energy data at very high frequency
  • ✓Deep analysis of energy parameters for research
  • ✓Real-time high-speed data transfer
Raw Data
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High Sampling Energy Meter with Raw Data

Direct 16-bit digital value corresponding to voltage samples (Supports 5G)

  • ✓Process at edge or cloud
  • ✓Raw voltage sample data
  • ✓Maximum flexibility for custom analytics
Efficient
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Low Sampling Energy Sensors

STM32 controller with Wireless Protocols + Modbus TCP + 4G/5G/eSIM

  • ✓Push data every 2 seconds
  • ✓Inline and offline measurement versions
  • ✓Multiple protocol support
Cost Effective
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Current-Only Sensor

Machine utilisation and current measurement - offline device

  • ✓Single or 3 CT models
  • ✓KWH computed in cloud
  • ✓Machine utilisation in real-time
  • ✓Assumes static/stable voltage
📷Hardware in Action

eWatch Device Gallery

See the hardware that powers real-time energy monitoring - from clamp-on sensors to telemetry units

Clamp-on CT Sensor

Non-invasive current measurement

High Sampling Energy Meter

I, V, P, PF, KWh, 5G ready

Current-Only Sensor

Single or 3 CT, offline

IoT Gateway

4G/5G/eSIM, Modbus TCP

Local Display Unit

Real-time readings on shop floor

📹 Watch eWatch in Action

2-minute installation on any three-phase machine - no electrician required.

10-20% Energy Waste

Identify and quantify energy leakages at granular level, enabling faster isolation and corrective action.

Cost per Order

Account energy cost against each customer order. Machining cost worked out to a penny.

Machine Utilization

Extract machine utilization patterns - job loaded time, idle run time, standby time, shutdown time.

Are you traumatised by your energy bills?

Do you know your machine utilization?

Idle and standby costing you money?

Drastic spikes in current/voltage?

eWatch Sensor Models

High Sampling Energy Meter

Extracts energy data at very high frequency for deep analysis of energy parameters.

I, V, P, PF, F, KWH, AP, RPModbus TCP5G Support

Applications: Research, detailed energy analytics, high-precision monitoring

High Sampling with Raw Data

Provides direct digital values corresponding to voltage samples for advanced analytics.

16-bit digital valueRaw voltage samplesEdge processing capable

Applications: Edge AI, custom algorithm development, real-time processing

Low Sampling Energy Sensor

Cost-effective energy monitoring with configurable sampling rates for standard applications.

I, V, P, PF, F, KWH, AP, RPSTM32 Controller2-second push interval

Applications: General energy monitoring, machine utilization, cost allocation

Current-Only Sensor

Offline device for machine utilization and current measurement. Cost-optimized solution.

Single/Three CT modelsCurrent measurement onlyCloud-based KWH computation

Applications: Machine utilization monitoring, idle time detection, cost-effective deployments

eWatch Key Features & Benefits

  • Less than 15 min retrofit
  • Real-time energy monitoring
  • Machine utilization patterns
  • Energy cost per customer order
  • Early warning for electrical maintenance
  • Integrate 4 additional sensors
  • Reduce energy waste by up to 15%
  • Modbus TCP, 4G/5G/eSIM support
  • Edge or Cloud processing
Power Options: Neutral + Phase OR 24V DC supply
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Ready to Start Monitoring?

Get your 15-minute installation. Start saving on energy costs today.

Request a Demo→

No obligation. 30-minute consultation.