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SECTORS — INDUSTRIAL FACILITIES

We tell you before your production line stops.

From compressor to transformer, from UPS to chiller — monitor your critical equipment in real time and prevent unplanned downtime with predictive maintenance. Nu Teknoloji digitalises production facilities end to end.

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Compliance and infrastructureETSI StandardDomestic and National R&DAES-128/256 EncryptionISO 50001 Compliant Data Infrastructure

In a production facility the real risk is the fault you cannot see.

  • Unplanned Downtime — Compressor, transformer and panel faults usually cannot be detected until production stops.

  • Power Quality — Phase imbalance and harmonics shorten equipment life, and their detection comes late.

  • Backup Power Uncertainty — The real capacity of the UPS and generator at the critical moment is unknown.

  • Resource Visibility — Water, natural gas and compressed air consumption is not monitored at panel or line level.

  • Hidden Energy Loss — Chiller and generator efficiency (COP/EER) is not measured, and the loss goes unnoticed.

Nu Teknoloji turns these question marks into data and visibility.

SOLUTIONS — SPECIFIC TO INDUSTRIAL FACILITIES

A modular structure shaped to your facility's needs

Five solution groups you can start from a single pain point and extend step by step without needing a large initial investment.

01Equipment and Energy Monitoring02Predictive Maintenance and Efficiency03Resource and Power Quality Management04MES/SCADA Integration and Operations05Smart Street Furniture

Equipment and Energy Monitoring

The module that takes the pulse of the critical equipment keeping the line running. It catches the deviation before the fault happens.

  • Machine Tracking and Predictive Maintenance

    Using vibration and temperature data, a fault is detected long before it happens.

  • Panel / Transformer Monitoring

    Phase imbalance and harmonic distortion are detected without production stopping.

  • Abnormal Compressor Vibration

    Pressure fluctuations and inefficiency are detected early, and leaks are seen in advance.

  • UPS Phase Imbalance

    Imbalance between phases signals the risk of a critical power outage in advance.

Predictive Maintenance and Efficiency

The module that plans maintenance against real equipment condition rather than a calendar.

  • Chiller Efficiency Tracking

    The energy spent is compared with the cooling produced (COP/EER); inefficient operation is noticed before the bill rises.

  • Generator Optimisation

    Load distribution is optimised, and unnecessary running time and fuel consumption fall.

  • Tank / Silo Level Tracking

    Raw material and fuel levels are monitored live, with an automatic alert at the critical threshold.

  • Solar Plant Integration

    Solar generation is compared with facility consumption and the self-consumption ratio is calculated.

Resource and Power Quality Management

The module that makes resources other than electricity visible at panel level and shows penalty risk in advance.

  • Water / Natural Gas / Compressed Air Tracking

    Resource use in production, process and thermal systems is monitored separately.

  • Reactive Power and Compensation

    Reactive power and harmonics are monitored continuously, and distribution company penalties are seen in advance.

  • Cold Room / Clean Room Tracking

    A temperature or humidity deviation raises an alarm immediately, preventing product loss.

  • Air Quality Monitoring

    PM2.5, PM10, CO₂, VOC and NOx are measured in real time, making regulatory compliance easier.

MES/SCADA Integration and Operations

The module that carries field data into your existing production management system and speeds up central decision-making.

  • Production Tracking / MES Integration

    Machine status and downtime are transferred to the central system through an API.

  • Emergency and Disaster Management

    Fire suppression systems, emergency stop buttons and disaster-scenario equipment are verified continuously; in a crisis, field coordination speeds up.

  • Anomaly Detection

    AI-based algorithms automatically flag data that moves outside the normal range.

  • Central Reporting

    All facility data is gathered on one platform and KPI-based reports are produced automatically.

Smart Street Furniture

A module that equips the street's physical hardware — poles, benches, luminaires, bins — with sensors, making scattered field assets visible on one platform.

  • Smart Energy Pole

    Combines lighting, camera, environmental sensor and communication equipment in a single pole; installation cost and time fall.

  • Pole Solar

    Every pole generates its own solar energy and runs independently of the grid; operating cost approaches zero.

  • Smart Bench

    A bench equipped with solar charging, Wi-Fi and an environmental sensor; grid dependency is eliminated.

  • Smart Luminaire

    Faults and energy consumption are monitored at the level of the individual luminaire; replacement is planned in advance.

  • Smart Waste Bin

    Fill level is monitored live, and collection teams are dispatched at the right time without making unnecessary trips.

PLATFORM AND PRODUCTS

The software and hardware behind the solutions

The solution groups above come to life with the Nu Platform software and our field hardware.

Nu Platform

A modular IoT management infrastructure that gathers, visualises and turns field data into action from a single centre. Every measurement from every sensor is processed in real time, evaluated against threshold and anomaly rules, and reaches the right person at the right moment.

  • Real-time monitoring
  • AI-based anomaly detection
  • Trends and reporting
  • Sector modules
  • ERP Integration
  • REST API & Webhook
  • SCADA / PLC
Facility OverviewLive data
  • 164Connected devices
  • 4Open alarms
  • 96%System health
Compressor energy consumption — last 24 hours
  • Transformer-3 harmonic level crossed the threshold3 min
  • Chiller-2 COP returned to normal18 min
  • End-of-shift report generated1 hr

Example view — real data is shown in the Nu Platform panel configured for your facility.

Field Hardware

  • Energy Monitoring Module

    Real-time consumption and power quality measurement at panel and line level.

  • Machine Monitoring Module

    A field sensor for predictive maintenance using vibration and temperature data.

  • DECT NR+ Communication Card

    Communication hardware for devices joining the private mesh network.

  • RS485 DECT NR+ Converter

    Connects existing PLC / SCADA devices to the wireless mesh network.

  • Indoor Air Quality Device

    A compact field unit measuring PM2.5, PM10, CO₂ and VOC.

  • EMS — Energy Management System

    Central energy monitoring, analysis and optimisation software.

COMMUNICATION TECHNOLOGIES

We choose the right technology for every scenario

Nu Teknoloji does not tie itself to a single communication method in IoT projects. We choose the most suitable communication technology according to the site's structure, coverage needs, data transmission frequency, energy consumption and operating goals. In industrial facility projects we mainly use DECT NR+, but we bring in the other technologies as the scenario requires.

  • DECT NR+

    Non-Cellular 5G — Mesh

    Ideal for mains-powered devices, a mesh network structure, high reliability.

    Enterprise and critical communication, factory field monitoring

  • NB-IoT / LTE-M

    Cellular — Licensed

    Runs on operator infrastructure, wide coverage, low power consumption.

    Meters, remote monitoring, IoT devices

  • Bluetooth (BLE)

    Short Range

    Low latency, device-to-device connection, short range.

    Accessories, mobile integration

  • Cellular (4G / 5G)

    Licensed Operator Network

    Wide coverage, high data capacity.

    Mobile applications, city-wide solutions

  • LoRaWAN

    LPWAN

    Long range, low data rate, long battery life.

    Remote field sensors, measurement and monitoring

  • WiFi

    IP Based — LAN

    High data rate, easy to fit into existing infrastructure.

    Indoor applications, high data demand
WHY IT IS DIFFERENT

The difference from the traditional approach

CriterionTraditional ApproachNu Teknoloji
Fault detectionNoticed when production stopsAn advance warning when the deviation begins
Maintenance planningTo a fixed calendarTo the real condition of the equipment
Power qualityMeasured at the annual inspectionMonitored continuously, penalties seen in advance
Network infrastructureCable is laid, dependent on an operatorWireless mesh, a network of the facility's own
MES integrationManual data entryAutomatic data flow through an API
VALUE PROPOSITION

Measurable results

  • A reduction in unplanned downtime — intervening through predictive maintenance before a fault grows.

  • Energy and resource savings — visibility at line and equipment level.

  • Fewer site visits — the need for manual checks disappears.

  • Prevention of reactive power penalties — power quality is monitored continuously.

HOW WE START

Digital transformation in three steps

  1. 01

    Discovery

    We assess your facility's existing infrastructure.

  2. 02

    Pilot Deployment

    We start with a low-risk pilot on a single line or a single equipment group.

  3. 03

    Scaling

    With the results proven in the pilot, we extend across the facility thanks to the modular structure.

Try it on a single line first

Before making a large initial investment, see the results on a single critical piece of equipment or line.

Request a Pilot Deployment

See your line before it stops.

Talk to the Nu Teknoloji team and let's draw up the solution map for your facility together.

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