Lucas-Nuelle Electrical Power Engineering Training Systems

Smart Grid, Microgrid & SCADA Training Solutions for Modern Power Systems

Partner with Lucas-Nülle and us to design modern electrical power engineering laboratories that mirror today’s smart grid and renewable energy systems. This 7th-edition catalog showcases complete solutions that take learners from fundamental DC and AC concepts to advanced topics like microgrids, SCADA, cyber security, and energy management in a coordinated lab environment.

Inside the catalog, you’ll find modular training systems that cover the entire power chain: generation with conventional and renewable sources, high-voltage transmission, distribution, protection, and efficient consumption. Multi-panel training rigs, realistic protection relays, and an educational SCADA platform allow students to visualize real-time data, explore fault conditions, and experiment with intelligent grid control strategies in a safe lab setting.

What’s Included in the Electrical Power Engineering Catalog?

• Smart Grid & Microgrid Labs – scalable equipment sets for basic smart grid, microgrid extensions, fault ride-through and energy storage integration.
• SCADA & Industrial Cyber Security – educational SCADA for power labs, remote access tools, logging and analysis, and exercises in secure networking.
• Renewable Energy Trainers – professional photovoltaic systems, battery storage, solar pumping, wind turbines, hybrid PV/wind systems, and advanced fuel cell technology.
• Generation, Transmission & Distribution – synchronous generators, HVDC transmission, three-phase line models, double busbar systems, and realistic power station simulations.
• Protection & Energy Management – generator, transformer and line protection, motor protection, energy management, and reactive power compensation training systems.
• UniTrain Fundamentals – computer-based courses and experiment cards that introduce DC/AC technology, three-phase systems, transformers, power system transients, photovoltaics and fuel cells.

Benefits for Your Power Engineering Program

1. Link classroom theory to hands-on practice with modular systems that build from fundamentals to advanced smart grid applications.
2. Design a complete power engineering lab that integrates production, transmission, distribution, protection and consumption under one SCADA umbrella.
3. Prepare students for real-world utilities and industry by teaching grid stability, protection coordination, renewable integration, and cyber-secure operation.
4. Scale your investment over time by starting with core equipment sets and expanding into microgrids, HVDC, or additional renewable energy modules as your program grows.

Whether you’re launching a new power engineering program or upgrading an existing lab, this catalog helps you map out a cohesive training pathway—from UniTrain fundamentals to fully networked smart grid laboratories. Download the PDF to explore detailed system layouts, experiment topics, and ordering information, then contact us to plan a solution that fits your curriculum and budget.