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    • Power Engineering | Smart Grid | Micro Grid
    • Renewable Energies
    • Electromechanical Energy Conversion | Transformers | Machines | Power Electronics
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    • EloTrain - Plug-in System
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Topics
  • Basics of electrical power engineering
    • The trainer "Introduction to Smart Grid Technology" covers the following topics:
      • EIS Introduction to Smart Grid
      • ECS 1 Cyber Security
    • Fundamentals of power engineering (UniTrain)  
    • EUB Current and voltage transformers
      • EUB 1 Current transformers for protective installations
      • EUB 2 Voltage transformers for protective installations
  • Power generation
    • EUG Generator control and synchronising circuits
      • EUG 1 Manually operated synchronising circuits
      • EUG 2 Automatic synchronising circuits, automatic power control and automatic power factor control
    • EUG 3/4 Pumped storage and various Power plants
    • EGP Generator protection
      • EGP 1 Basic generator protection equipment set
      • EGP 2 Generator differential protection
      • EGP 3 Rotor earth-fault protection
  • Renewable Energies
    • Wind Power Plants
      • EWG 1 Wind power plant with DFIG
        • EWG 1.1 Wind Power Plant
        • EWG 1.2 Fault Ride Through
        • EWG 1.3 Wind turbines with high-voltage direct current transmission (HVDC)
      • EWG 2 Small wind power plant trainer
    • Photovoltaics
      • EPH 4 Renewable Energies Hybrid System (PV and Wind)
        • EPH 4.1 Photovoltaic Hybrid System with Battery
        • EPH 4.2 Microgrid with PV and Small Wind Turbine System
      • EPH 3 Professional Photovoltaics Trainer (PV)
        • EPH 3.1 Investigation of solar modules
        • EPH 3.2 Configuration of photovoltaic systems to operate in parallel with the power grid
        • EPH 3.3 Voltage control in a local power grid
      • EPH 2 Advanced Photovoltaics Trainer (PV)
        • EPH 2.1 Investigating solar modules
        • EPH 2.2 Design of photovoltaic systems in an isolated power network
        • EPH 2.3 Design of photovoltaic systems for grid-parallel operation
        • EPH 2.4 Solar pumps
      • Photovoltaics (UniTrain)
    • Hybrid Systems
      • EPH 4 Renewable Energies Hybrid System (PV and Wind)
        • EPH 4.1 Photovoltaic Hybrid System with Battery
        • EPH 4.2 Microgrid with PV and Small Wind Turbine System
    • Fuel Cells
      • EHY 2 Advanced fuel cell technology
      • EHY 1 Fuel cell technology (UniTrain)
  • Transformers
    • EUT Transformers
    • ETP Transformer protection
  • Power transmission
    • EUL High-voltage transmission lines
      • EUL 1 Investigations on Three-phase Transmission Lines
      • EUL 2 Parallel and series connection of transmission lines
      • EUL 3 Transmission Line with Earth-fault Compensation
      • EUL 4 Transmission Systems with a Synchronous Generator
      • EUL 5 Investigations on three phase cables
      • EUL 6 Combined networks of cables and lines
      • EUL 7 Controlling flow of power in meshed networks
      • EUL 8 Load-dependent voltage regulation of a power transmission line
    • ELP Protective systems for high-voltage transmission lines
      • ELP 1 Overcurrent time protection for lines
      • ELP 2 Directional overcurrent time protection for lines
      • ELP 3 Overvoltage and undervoltage protection
      • ELP 4 Directional power protection
      • ELP 5 Earth-fault voltage protection
      • ELP 6 Protection of Parallel-connected Lines
      • ELP 7 High-speed distance protection
    • EDC1 High-voltage direct current transmission (HVDC)
  • Electric power distribution
    • EPD Busbar systems
    • EDP Protection for Busbars systems
  • Energy management
    • EUC Energy management
      • EUC 1 Complex loads, power consumption measurement and peak load monitoring
      • EUC 2 Dynamic loads
      • EUC 3 Manual and automatic compensation of reactive power
    • ECP Protection for electrical consumers
      • EEM 4.6 Protection for electrical machines
      • EDT 51 Motor management relays
  • "Smart Grids" - Intelligent power supply networks
    • ESG 1 Smart Grid Trainer
      • ESG 1.1 Three-phase double busbar system
      • ESG 1.2  Complex loads, power consumption measurement and peak load monitoring
    • Supplementary to ESG 1 Smart Grid
      • EWG 1 Wind power plant with DFIG
        • EWG 1.1 Wind Power Plant
        • EWG 1.2 Fault Ride Through
      • EPH 3 Professional Photovoltaics with Battery storage system
        • EPH 3.1 Investigation of solar modules
        • EPH 3.2 Configuration of photovoltaic systems to operate in parallel with the electricity grid
        • EPH 3.3 Voltage control in a local power grid
      • EUG Generator control and Synchronising circuits
        • EUG 1 Manually operated synchronising circuits
        • EUG 2 Automatic synchronising circuits, automatic power control and automatic power factor control
      • EUK Pumped storage and various Power plants
      • EUT Transformers
      • EDC1 High-voltage direct current transmission (HVDC)
      • EUL/ELP High-voltage transmission lines and Protective systems
        • EUL 1 Investigations on Three-phase Transmission Lines
        • EUL 3 Transmission Line with Earth-fault Compensation
        • EUL 5 Investigations on three phase cables
        • EUL 6 Combined networks of cables and lines
        • EUL 8 Load-dependent voltage regulation of a power transmission line
        • ELP 3 Overvoltage and undervoltage protection
      • ECS 1 Cyber Security in the Smart Grid
  • "Micro Grids" - Control of stand-alone networks
    • EMG 1 Micro Grid - Stand-alone operation
    • EMG 2 Micro Grid - Isolated parallel operation
    • Supplementary to EMG 2
      • EWG 1 Wind power plant with DFIG
        • EWG 1.1 Windkraftanlagen
        • EWG 1.2 Fault Ride Through
      • EPH 3 Professional Photovoltaics
        • EPH 3.1 Investigation of solar modules
        • EPH 3.2 Configuration of photovoltaic systems to operate in parallel with the electricity grid
        • EPH 3.3 Voltage control in a local power grid
      • EUG 3/4 Pumped storage and various power plants
      • EUC 1 Complex loads, power consumption measurement and peak load monitoring
      • ECS 1 Cyber Security in the Smart Grid
  • Cyber Security
    • Networking and Cyber Security
    • ECS 1 Industrial Cyber Security in Power Enginerring

Power Engineering | Smart Grid | Micro Grid

  • Renewable Energies
    • Basics of electrical power engineering
    • Power generation
    • Transformers
    • Power transmission
    • Electric power distribution
    • Energy management
    • "Smart Grids" - Intelligent power supply networks
    • "Micro Grids" - Control of stand-alone networks
    • Cyber Security
  • Building Management
  • Power Engineering | Smart Grid | Micro Grid
  • Renewable Energies
  • Electromechanical Energy Conversion | Transformers | Machines | Power Electronics
  • UniTrain
  • EloTrain - Plug-in System
  • Communication Technology
  • Process and Chemical Engineering
  • Process Control
  • Machinery and Systems Engineering
  • Fluid Power
  • Instrumentation
  • HVAC-R
  • Microcomputers / Microcontrollers
  • Automation | Industry 4.0
  • Automotive | EV (ASE L3) and ADAS (ASE L4)
  • Commercial vehicles and agricultural machinery
  • Lab Systems
  • VOCANTO
  • Download & Media
  • Power Engineering | Smart Grid | Micro Grid
  • Renewable Energies

Topics

  • Wind Power Plants
  • Photovoltaics
  • Hybrid Systems
  • Fuel Cells

Research with OPAL-RT OP1440 PHIL Test Bench

Research with LN & OPAL-RT
  • Research with LN & OPAL-RT

With a focus on practical knowledge of wind turbines, photovoltaics and energy storage

 

 

An all-in-one solution for studying and researching power engineering News

An all-in-one solution for studying and researching power engineering

The institutes benefit from the fact that all users, from students to research staff, work on the same system,…

An international training centre for wind turbine maintenance News

An international training centre for wind turbine maintenance

Driving inland from Husum, you are surrounded by them: almost 800 wind turbines dominate the landscape of the…

Product Manager

Fabian Schwarz
M. Sc.
“Nowadays, the advent of smart grids has got everyone talking about power generation, transmission, distribution and the protection of electrical power systems as well as the efficient exploitation of energy!The Lucas-Nülle training system on power engineering enables instructors to teach students the technological context of power engineering in a practical yet graphically appealing way.”

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Wind Power Plant Training System by Lucas-Nülle
Smart Grid Training Systems by Lucas-Nülle
Photovoltaic Hybrid System
Photovoltaic Hybrid System
Entering a new Era - Smart-Grid Training at the HAN
Smart Grid Laboratory at the Buffalo State University
Smart Grid Centre UKZN | Lucas-Nülle Training Systems (englisch)
Smart Grid Training Systems by Lucas-Nülle
Photovoltaic training systems by Lucas-Nülle
Wind Energy Didactic System by Lucas-Nülle
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Products

  •  Building Management
  •  Power Engineering | Smart Grid | Micro Grid
  •  Renewable Energies
  •  Electromechanical Energy Conversion | Transformers | Machines | Power Electronics
  •  UniTrain
  •  EloTrain - Plug-in System
  •  Communication Technology
  •  Process and Chemical Engineering
  •  Process Control
  •  Machinery and Systems Engineering
  •  Fluid Power
  •  Instrumentation
  •  HVAC-R
  •  Microcomputers / Microcontrollers
  •  Automation | Industry 4.0
  •  Automotive | EV (ASE L3) and ADAS (ASE L4)
  •  Commercial vehicles and agricultural machinery
  •  Lab Systems
  •  VOCANTO
  •  Download & Media

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