Energy & Machine Monitoring System

Measure energy, prevent failures before they happen

An industrial monitoring system that makes waste visible by tracking panel-level energy consumption and the vibration-temperature health of machines, and reduces unplanned downtime.

Key features
3-phase energy meteringVibration analysisBearing temperaturePLC / SCADA integrationOEE tracking
Energy & Machine Monitoring System
Line-2 power12.8 kW
Vibration4.2 mm/s
Machine health94%
Data flow architecture

From sensor to screen in one flow

A field measurement reaches you within seconds via the device and the cloud. The dots show the live journey of the data.

1 Sensors

Energy analyserkW · kWh · cos φ
Vibration3 axes
Bearing temperature°C
Pressure / flow4–20 mA
PLC dataModbus / OPC UA

2 Devices

4G GatewayModbus collector
LoRaWAN GatewayWireless sensors
Relay ControllerAutomatic action

DURANKA Bulut

Data collection, storage, analysis and alarm management

  • Cloud or on-premise server
  • Encrypted data transmission
  • Unlimited history

4 Sent to you

Web PanelHarita, grafik, rapor
Mobile AppInstant notification
SMS & Sesli AramaKademeli alarm
SCADA / APIModbus, MQTT, REST
Sensor → DeviceDevice → CloudCloud → User
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General system features

Energy visibility

Consumption analysis per line, machine and shift.

Predictive maintenance

Predicts bearing and balance problems from the vibration signature.

OEE and downtime analysis

Machine run time, downtime and efficiency rates.

Easy integration

Works with existing PLCs, SCADA systems and analysers.

Anomaly alerts

Automatically flags deviations from normal operating behaviour.

Management reports

Reports on energy cost and maintenance performance.

Installation process

Go live in 4 steps

1

Survey

Critical machines and panels are identified.

2

Installation

Analysers and sensors are installed.

3

Learning

Normal operating behaviour is modelled.

4

Monitoring

Deviations and savings opportunities are reported.

Applications

Where is it used?

Production Plants

Production Plants

Line-based energy and OEE tracking.

  • Shift report
  • Downtime analysis
Compressors

Compressors & Pumps

Preventing unplanned failures.

  • Vibration monitoring
  • Maintenance plan
Public Buildings

Public Buildings

Energy comparison between buildings.

  • Consumption benchmarking
  • Savings target
Fans

Fans & HVAC Systems

Health monitoring of HVAC equipment.

  • Bearing alerts
  • Efficiency
Water

Water & Wastewater Plants

Energy and fault monitoring at pumping stations.

  • Pump efficiency
  • Remote monitoring
Shopping Malls

Shopping Malls & Hotels

Energy management of common areas.

  • Consumption per floor
  • Out-of-hours waste
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Frequently asked questions

Do I need to stop my machines to add sensors?

In most cases, no. Vibration sensors are mounted magnetically and energy analysers with current transformers, so they are commissioned quickly.

Can you read my PLC data?

We can collect data from your existing PLC and SCADA systems via Modbus, OPC UA and similar protocols.

Where should I start?

We recommend starting with the machine that causes the biggest loss when it stops; the first results clearly show the return on investment.

How do I measure energy savings?

With before-and-after comparison reports and target tracking, you can see savings in kWh and in currency.

Free site survey

Cut energy costs and reduce downtime

Tell us about your plant and critical machines, and we will prepare the right monitoring roadmap.