With our KNX training systems, trainees and students learn how building functions are planned, programmed, and networked. Room projects, actuators, sensors, and a realistic room simulation immediately show how intelligent building automation is created – without theoretical overload, directly application-focused.
Make your trainees KNX-ready in record time – with the complete system from Lucas-Nuelle.
For schools, training centers, and companies that truly want to understand KNX – with didactically structured training systems that reflect real building automation.
Our KNX training systems
Fundamentals of KNX with room projects
The strength of KNX lies in cross-disciplinary and flexible building automation. This system is the foundation for all further installations.
Applications for climate, weather, and security*
KNX enables sustainable and energy-efficient control of modern building functions. The extension links climate, weather and security applications with a clear, practice-oriented and logical visualization.
Interfaces for integrating external systems*
KNX increases comfort and safety and connects DALI, IP devices, and other systems into reliable building processes. The extension makes complex functions understandable and easy to learn in a practical way.
KNX/Modbus system integration*
KNX integrates PV systems, storage, and charging infrastructure via Modbus, creating a manufacturer-independent energy solution. The extension teaches practical, relevant skills for modern building systems.
*These extensions require the ESB31PT basic equipment.
KNX to photovoltaics – Training for building systems engineering
Our expert in the field of smart building provides an overview in this video of what trainers and instructors in building systems engineering can teach using each system.
ESB31PT
The first step toward professional KNX competence
Hands-on learning
Planning, programming, and commissioning with ETS 6 – directly on real scenarios.
Understand digital building functions
Trace communication objects, group addresses, and logic transparently with RXLea.
Apply across disciplines
Network components, test functions, and understand building control in practical terms.
Competencies conveyed with the KNX basic equipment
The basic equipment teaches concrete, immediately applicable skills for everyday professional practice. Learners understand how a KNX system is structured and how functions are implemented in an organized way. This creates the foundation for any further specialization.
Learners design communication structures
Learners plan complete KNX projects and define the necessary structures and parameters for a functioning system.
Understand and apply topology
Devices are properly integrated into the existing system structure and physically addressed.
Use group addresses purposefully
Communication objects are assigned to the appropriate group addresses to map logical functions.
Parameterize devices safely
Typical KNX devices are configured in a targeted manner to reliably implement defined functions.
Link communication objects
Logic is created by linking the correct objects – learners build functioning processes independently.
Commission KNX systems
Assignment and structuring of individual addresses to ensure error-free communication between devices.
The most important advantages at a glance
What distinguishes all KNX systems from Lucas-Nuelle
Understand KNX in a practical way
Learn planning, programming, and commissioning with the original ETS 6 – ideal for everyday professional use.
Learn with real projects
Curriculum-oriented projects make typical applications comprehensible and build real competence.
All functions – one system
Integrated actuators and sensors form a complete basis for solid, well-founded KNX training.
Modular and future-proof
The clear front panel design simplifies the introduction. Expandable from fundamentals to interfaces and Modbus – grows with every skill level.
Think across disciplines
Understand central control and recognize how individual components are networked into intelligent building solutions.
Realistic room simulation
Overlay templates show different scenarios and allow direct, visual testing of programming.
ESB31PT | ESB32PT
The next step toward advanced KNX competence
The ESB32PT builds on the ESB31PT both technically and didactically and only works in combination with the basic equipment. It expands the system with touch panel control, KNX climate control, heating logic, weather station, security functions, and IP-based monitoring, showing in a practical way how networked building functions are automated.
Central control & visualization
Touch panel for complete control and monitoring of lighting, climate, and shading.
Intelligent climate & weather automation
Automatically link and control room climate, heating, blinds, and weather station.
Security & logic functions
Integrate presence and security functions and implement complex processes using logic gates.
Advanced KNX competencies developed with the ESB32PT
From touch panel control to climate and heating logic, weather station, alarm functions, and scene control – the ESB32PT teaches all essential skills for modern building automation.
Configure the touch panel safely
Commissioning, creating user interfaces, and fully setting up central controls.
Apply climate and heating logic
Logically connect and control temperature zones, thermostats, fans, and shading based on demand.
Integrate weather data into functions
Use brightness, wind, rain, and temperature for automatic reactions and protection mechanisms.
Implement security functions
Create and test basic alarm systems, door/window monitoring, and arming mechanisms.
Control lighting logically
Combine presence, brightness, and time conditions with AND/OR logic to create scenes.
Design cross-disciplinary workflows
Connect lighting, climate, security, and visualization into a holistic KNX project.
ESB31PT | ESB33PT
Advanced KNX integration for modern building technology
The ESB33PT builds technically and didactically on the ESB31PT and only works in combination with the basic equipment. It expands the system with DALI lighting control, IP network technology, KNX IP Secure, and the integration of external systems. This enables trainees and students to learn how to connect KNX lighting technology, IoT devices, wireless subsystems, and IP components into secure, networked building structures.
Reliably network disciplines
Connect KNX with DALI, IP, and other systems and operate them as a continuous solution.
Use modern DALI lighting
Professionally address and commission LED luminaires, RGBW, HSV, and scenes.
Build secure IP integration
Set up KNX/IP routers, enable visualization and remote access, and use KNX IP Secure.
Competencies taught with the ESB33PT extension
From DALI lighting control to IP networking and KNX IP Secure, interfaces, mobile control concepts, and complex topologies – the ESB33PT teaches all central skills for networked, secure building systems.
Network systems via interfaces
Connect KNX with DALI, wireless subsystems, and IP components to intelligently combine cross-disciplinary building functions.
Use DALI lighting technology
Address DALI luminaires, create groups, and use RGBW/HSV color models to implement modern, flexible lighting scenes.
Integrate KNX securely into the IP network
Configure KNX/IP interfaces and routers, assign IP addresses correctly, and establish stable, reliable network connections.
Apply cybersecurity
Set up KNX IP Secure, encrypt communication, and implement basic protection measures against unauthorized access.
Structure complex KNX topologies
Use IP routers as line and area couplers, configure filter tables, and build large systems logically and efficiently.
Use mobile control and diagnostics
Use smartphones, tablets, and professional software to control functions and perform detailed diagnostics on networked building systems.
ESB31PT | ESB34PT
Intelligent KNX–Modbus integration for PV & e-mobility
The ESB34PT builds fully on the ESB31PT both technically and didactically and only works in combination with the basic equipment. It expands the system with photovoltaic integration, battery storage, wallbox integration, and energy management using Modbus RTU and Modbus TCP/IP. This enables trainees and students to learn how energy-efficient buildings are planned, how PV surplus charging is implemented, and how KNX connects electricity, heat, and mobility as a central platform.
Master PV and storage integration
Connect PV inverters and battery storage via Modbus TCP/IP to KNX, use real-time energy data, and increase self-sufficiency.
Control wallboxes intelligently
Integrate wallboxes into KNX via Modbus RTU, enable PV surplus charging, and prevent load peaks.
Build professional energy management
Visualize energy flows, configure Modbus registers, and implement intelligent sector coupling for electricity, heat, and mobility.
Competencies taught with the ESB34PT extension
From PV and battery storage to wallbox integration and Modbus communication, all the way to energy management and sector coupling – the ESB34PT teaches all central skills for efficient, networked building systems.
Integrate PV and battery systems via Modbus
Integrate PV inverters and battery storage via Modbus TCP/IP, read Modbus registers, and provide energy data for automated processes.
Control wallboxes intelligently
Connect charging stations via Modbus RTU or TCP/IP, control charging power, and use PV surplus specifically for e-mobility.
Visualize energy management transparently
Capture and present energy flows from PV systems, storage, and consumers, and make them usable for automated optimization.
Configure Modbus communication securely
Understand register structures, assign data points correctly, and ensure stable communication between KNX and Modbus devices.
Implement sector coupling in practice
Intelligently link electricity, heat, mobility, and building functions to realize energy-efficient and self-sufficient building solutions.
Use KNX as the central energy control system
Combine PV yields, storage capacities, charging states, and building consumption in KNX and use them to make automated decisions.
Knowledge becomes capability.
YOU GUIDE THE LEARNING
When theory and practice go hand in hand.
RXLea introduces a new way of learning: project-oriented, practice-focused, and clearly structured. Learners solve real tasks, instructors save preparation time, and interactive modules, smart analysis tools, and real hardware create a modern, efficient learning environment.
Practical and interactive
Animations, interactive tasks, and realistic scenarios promote deep understanding. All content is structured into clear learning paths – for focused, practice-oriented learning.
Digital support
3D assembly animations and digital instructions simplify complex processes, reduce errors, and strengthen learner independence.
Visual support
Overview images, screenshots, and animation examples make the learning environment transparent. Supplementary photos from the learning packages are available, country-specific if needed.
