Practical Energy Technology Training for a Sustainable Future
Qualify skilled professionals for the energy transition with Lucas-Nuelle training systems – modular, digital, practice-oriented.
Integration of Renewable Energies
Integrating Solar, Wind and Storage
Integration & SCADA Systems
Real-Time Monitoring and Automation
Hydrogen as an Energy Storage
Flexible for Industry and Mobility
Grid Stability & Security of Supply
Balancing Fluctuations, Preventing Outages
Your Complete Solution for Energy Technology
A connected Smart Grid laboratory with SCADA control – modular, hands-on, and future-proof.
The energy transition needs skilled professionals with practical training. With Lucas-Nülle’s Smart Grid training systems, students and trainees learn how energy is efficiently generated, stored, and intelligently managed – from classical grid technology to renewable energy, hydrogen technology, and energy management.
The Smart Grid complete solution realistically replicates the entire energy supply chain in the laboratory – from generation to storage and consumption. This creates real, applicable expertise for the energy systems of the future.
Hands-on training: Experience and practise renewable energy, smart grids, and hydrogen in the lab.
Flexible expansion: Modular system ranging from fundamentals to high-end scenarios.
Digitally integrated: SCADA control, OPC interfaces, and RXLea learning platform.
LN Applications Modular and flexible
Modular training system with flexible stations – freely expandable to realistically simulate practical energy scenarios.
In Lucas-Nuelle’s connected Smart Grid laboratory, all processes of modern energy supply can be represented in a practical and realistic way: generation, transmission, distribution, storage, management, consumption, and the production of renewable energy – centrally controlled via SCADA.
The key functions at a glance
Smart Grid power network with SCADA control
Replicates the entire energy system – from generation and distribution to storage, management, and renewable sources. All processes are centrally monitored and controlled via SCADA.
Laboratory environment for simulation and analysis
Enables the emulation, testing, and control of real energy scenarios directly in the laboratory – visible, comprehensible, and practice-oriented.
Modular and flexible system with freely combinable stations
The number and configuration of stations can be individually adapted – for practical scenarios and maximum learning variety.
Central SCADA environment for real-time control
Visualises energy flows in real time, enables manual or AI-assisted control, and automatically logs all measurement data.
Individually configurable training systems with a standardised panel system
Each station consists of flexibly combinable modules on the Lucas-Nuelle panel system – ideal for customised and expandable learning scenarios.
Open for research and digitalisation thanks to OPC interface
The integrated OPC connection enables easy extensions and research projects with external systems.
Understand Smart Grid: Learn digitally, experience it for real.
Insights into the training system: practical, digital, and fully focused on intelligent energy networks.
Digital support for maximum learning success – with RXLea
Individual learning paths & learning success
The RXLea learning environment is an integral part of the equipment and guides learners through project-oriented, individual learning paths. Integrated progress checks and feedback ensure that knowledge is not only delivered but also reinforced.
Practical and interactive
Numerous animations and interactive elements are integrated into the projects. Different question types and realistic workshop scenarios promote deep understanding. All tasks are organised as stations within a clearly structured learning path – for goal-oriented and hands-on learning.
Digital support for greater independence
Experiment guides with 3D setup animations help prevent mistakes and make complex processes easy to understand. At the same time, they encourage maximum learner independence, making the learning process more efficient and safer.
Visual support
The equipment includes overview images illustrating the learning environment, screenshots of projects and learning paths, and animation examples. In addition, photos from the learning packages are available, which can be adapted for specific countries if required.
Real Experience Learning
Real Experience Learning consistently follows the model of complete action. This didactic concept guides learners step by step through all phases of a real work assignment: informing, planning, deciding, executing, checking, and evaluating.
In practice, this means:
RXLea supports the process
Digital learning paths provide a structured guide through all phases of action
Put into practice with the Smart Grid
Train and evaluate real scenarios step by step
Secure competencies sustainably
Deepen knowledge, analyse energy flows, and build confidence in action.
This creates a continuous learning process in which theory and practice are perfectly linked – fostering real understanding of the energy supply of the future.
Discover our Smart Grid laboratory in action
Real energy technology meets digital grid control
In the Smart Grid laboratory, learners control the interaction between generation, storage, and consumption – experiencing how intelligent energy management makes modern power grids efficient.
Flexibly configurable and modular in design
Each station can be individually adapted and expanded.
Thanks to our panel system, modules can be freely combined – for maximum flexibility in planning, setup, and laboratory use.
A modular training system with flexibly combinable stations
The Smart Grid laboratory grows with the requirements: expandable stations enable realistic energy scenarios – turning theory into tangible practice.
Central SCADA control for real-time monitoring
All energy flows are displayed in real time, controlled manually or by AI, and automatically recorded – for transparent analysis and hands-on training.
Open for extensions thanks to OPC interface
The integrated OPC interface enables easy connection of external systems and applications – ideal for research projects, automation, and individual extensions.
The Lucas-Nuelle Solution Approach
Unique: Only Lucas-Nuelle combines real hardware, a digital learning world (RXLea), and international didactic standards into a holistic energy technology training.
Modularity
Modular and flexible system with multiple stations. Various extensions are possible to realistically represent practical energy scenarios.
Digital Integration
Complete SCADA environment for central display and control.
Real-time display, manual control, and data logging for practical training.
Practical Relevance
Modern, connected Smart Grid laboratory with SCADA control.
Enables emulation, simulation, testing, reproduction, visualisation, control, and understanding directly in the laboratory.
Open interfaces (OPC)
Open for extensions and applications thanks to OPC.
The integrated OPC interface enables combinations for projects, research work, and applications.
RXLea – the Digital Learning World
Interactive learning paths, automated evaluations, and gamification. Teachers keep an overview, while learners train independently.
Didactic Added Value
Basic package for refreshing knowledge in energy and electrical engineering, designed to bring learners to a common level and enable efficient further learning.
Ready for the Future?
Whitepaper, consultation or detailed information – we will provide you with the information you need.
Best Practices & References
Patricia Boogaard
Project Manager Smart Grid Training Systems
“In the interest of applied science, there should be an application of hydrogen storage. This module will help us develop the expertise of students, professionals, and educators in the field of green hydrogen.”
Fabian Schwarz
Product Manager at Lucas-Nülle
"The setup of our training systems and the training at Portsmouth University was a valuable experience. I am pleased that with our technology we were able to contribute to making teaching more future-proof."
Prof. Dr.-Ing. Karsten Glöser
Applied Engineering Sciences
"Laboratories are an indispensable part of engineering education. Even though much of it could be simulated on the computer today, practical experience remains essential."
FAQ – Frequently Asked Questions
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