AEL-MPSS Série Modular de Sistemas de Energia de Redes Inteligentes (Smart Grid)

5.1.1.- REDES INTELIGENTES E SISTEMAS DE POTÊNCIA (EMPRESAS DE ENERGIA)
MODULAR SMART GRID POWER SYSTEMS SERIES - AEL-MPSS

SISTEMAS INOVADORES

The Data Acquisition and Control System, "SCADA" is an essential tool specially designed to understand the operation of the Smart Grid Power Systems. It has a touch screen for remote control in a fast and efficient way and it allows the storage of data in real time and makes a record of all the decisions made by the user during the operation of the Smart Grid. It also allows to choose the location of the virtual analyzers in the SCADA diagram to provide maximum realism to the system.

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Descrição Geral

The Smart Grid Power System Series, "AEL-MPSS", has been designed by EDIBON for the training at both the theoretical and practical levels in the field of Power Generation, Transmission, Distribution, Consumption, Protection Relays, Renewable Energies and Micro-Grids Power Systems.

The "AEL-MPSS" provides several levels of training to give the users full knowledge and experiences about the most important principles of control, operation and functioning of Power Generation, Transmission, Distribution, Load Consumption and Renewable Energies.

For this purpose, the "AEL-MPSS" is a modular design that can be configured according to the user’s technical requirements. Complete configurations or custom made configurations can be chosen depending on the technical requirements of the users.

In the other hand, complete configurations are solutions which allow studying the complete subject of the power systems. It covers power generation, power transmission, power distribution and power consumption. Besides, protection relays, renewable energies and diesel engines-generators are included in this modality.

In the other hand, custom made configurations are particular solutions developed for those users interested in studying only a part of the Smart Grid Power Systems. For example, the user can acquire power generation only or power transmission to study in deep this parts. It is also possible to combine power generation with power transmission or power generation with power distribution and consumption. The custom made configuration offers the possibility for the user to make their own configuration.

Complete configurations:

  • AEL-MPSS-01C. Smart Grid Power Systems, Renewable Energies and Diesel Engine with Protection Relays, 5 kW.
  • AEL-MPSS-02C. Smart Grid Power Systems, Renewable Energies with Protection Relays, 5 kW.
  • AEL-MPSS-03C. Smart Grid Power Systems and Protection Relays, 5 kW.
  • AEL-MPSS-04C. Smart Grid Power Systems, 5 kW.

Custom made configurations:

  • AEL-MPSS/G. Modular Smart Grid Power Generation Application, 5 kW.
  • AEL-MPSS/T. Modular Smart Grid Power Transmission Application, 5 kW.
  • AEL-MPSS/DL. Modular Smart Grid Power Distribution and Loads Application, 5 kW.

EXERCÍCIOS E PRÁTICAS GUIADAS

EXERCÍCIOS PRÁTICOS GUIADOS INCLUÍDOS NO MANUAL

AEL-MPSS-01C. Smart Grid Power Systems, Renewable Energies and Diesel Engine with Protection Relays, 5 kW.

  1. Electric Power Generation, Transmission, and Distribution.
  2. Power Flow Measurement.
  3. Synchronous Generator Response to Load Variations.
  4. Automatic Synchronization of the Synchronous Generator with the Grid.
  5. Synchronous Generator Operation in Grid-Forming Mode.
  6. Power Balance in an Islanded Microgrid.
  7. Synchronous Generator Operation in Grid-Following Mode.
  8. Voltage Regulation in Grid-Forming Mode.
  9. Frequency Regulation in Grid-Forming Mode.
  10. Excitation Regulation in Grid-Following Mode.
  11. Active Power Regulation in Grid-Following Mode.
  12. Power Factor Adjustment of a Synchronous Generator Operating in Parallel with the Grid.
  13. Transmission Line Losses.
  14. Capacitive Effect of Transmission Lines.
  15. Reactive Power Exchange in Transmission Lines.
  16. Transmission Line Outages.
  17. Load Power Factor Correction.
  18. Protection System Response to Electrical Faults.
  19. Bus Coupling in a Double-Busbar Substation.
  20. Operating Logic of a Double-Busbar Substation.
  21. Load Sharing Between Feeders.
  22. Transfer of a Feeder Between Busbars Without Interrupting the Power Supply.

SCADA-Based Monitoring and Control Exercises:

  1. Remote Control of the Motor-Generator Set and Operating Mode Selection.
  2. Active Power Balance Using SCADA.
  3. Transient Analysis of Synchronous Generator Active and Reactive Power.
  4. Remote Manual Synchronization of the Synchronous Generator with the Grid.
  5. Remote Automatic Synchronization of the Synchronous Generator with the Grid.
  6. Remote Control of the Generator in Grid-Forming Mode.
  7. Comparison of Grid-Forming and Grid-Following Modes Under Demand Changes.
  8. Remote Control of the Generator in Grid-Following Mode.
  9. Remote Voltage Control in Grid-Forming Mode.

Photovoltaic Generation and Energy Storage Exercises:

  1. Photovoltaic Power Generation Emulation.
  2. Parallel Operation of Photovoltaic and Conventional Power Generation.
  3. Impact of Photovoltaic Generation on the Transmission and Distribution Grid.
  4. Zero-Export Control at the Point of Common Coupling with the External Grid.
  5. Battery Charging and Discharging Through the Hybrid Inverter.
  6. Management of Surplus Photovoltaic Generation.
  7. Compensation for a Reduction in Photovoltaic Generation Using the Battery.
  8. Coordination of Conventional Generation, Photovoltaic Generation, and Battery Storage.

Additional Practical Possibilities with a diesel generator set:

  1. Diesel Generator Contribution with Photovoltaic and Battery Support.

Energy management exercises using the Energy Manager:

  1. Centralized Management of Wind and Photovoltaic Generation.
  2. Real-Time Visualization of Generation and Demand.
  3. Generation Sharing Between Wind and Photovoltaic Plants.
  4. Compensation for a Reduction in Renewable Generation.
  5. Management of Renewable Generation Setpoints Following a Demand Change.
  6. Impact of Renewable Generation Sharing on the Grid.
  7. Coordination of Renewable Generation with the Generator in Grid-Forming Mode.

AEL-MPSS-02C. Smart Grid Power Systems, Renewable Energies with Protection Relays, 5 kW.

  1. Electric Power Generation, Transmission, and Distribution.
  2. Power Flow Measurement.
  3. Synchronous Generator Response to Load Variations.
  4. Automatic Synchronization of the Synchronous Generator with the Grid.
  5. Synchronous Generator Operation in Grid-Forming Mode.
  6. Power Balance in an Islanded Microgrid.
  7. Synchronous Generator Operation in Grid-Following Mode.
  8. Voltage Regulation in Grid-Forming Mode.
  9. Frequency Regulation in Grid-Forming Mode.
  10. Excitation Regulation in Grid-Following Mode.
  11. Active Power Regulation in Grid-Following Mode.
  12. Power Factor Adjustment of a Synchronous Generator Operating in Parallel with the Grid.
  13. Transmission Line Losses.
  14. Capacitive Effect of Transmission Lines.
  15. Reactive Power Exchange in Transmission Lines.
  16. Transmission Line Outages.
  17. Load Power Factor Correction.
  18. Protection System Response to Electrical Faults.
  19. Bus Coupling in a Double-Busbar Substation.
  20. Operating Logic of a Double-Busbar Substation.
  21. Load Sharing Between Feeders.
  22. Transfer of a Feeder Between Busbars Without Interrupting the Power Supply.

SCADA-based monitoring and control exercises:

  1. Remote Control of the Motor-Generator Set and Operating Mode Selection.
  2. Active Power Balance Using SCADA.
  3. Transient Analysis of Synchronous Generator Active and Reactive Power.
  4. Remote Manual Synchronization of the Synchronous Generator with the Grid.
  5. Remote Automatic Synchronization of the Synchronous Generator with the Grid.
  6. Remote Control of the Generator in Grid-Forming Mode.
  7. Comparison of Grid-Forming and Grid-Following Modes Under Demand Changes.
  8. Remote Control of the Generator in Grid-Following Mode.
  9. Remote Voltage Control in Grid-Forming Mode.

Photovoltaic generation and energy storage exercises:

  1. Photovoltaic Power Generation Emulation.
  2. Parallel Operation of Photovoltaic and Conventional Power Generation.
  3. Impact of Photovoltaic Generation on the Transmission and Distribution Grid.
  4. Zero-Export Control at the Point of Common Coupling with the External Grid.
  5. Battery Charging and Discharging Through the Hybrid Inverter.
  6. Management of Surplus Photovoltaic Generation.
  7. Compensation for a Reduction in Photovoltaic Generation Using the Battery.
  8. Coordination of Conventional Generation, Photovoltaic Generation, and Battery Storage.

Energy management exercises using the Energy Manager:

  1. Centralized Management of Wind and Photovoltaic Generation.
  2. Real-Time Visualization of Generation and Demand.
  3. Generation Sharing Between Wind and Photovoltaic Plants.
  4. Compensation for a Reduction in Renewable Generation.
  5. Management of Renewable Generation Setpoints Following a Demand Change.
  6. Impact of Renewable Generation Sharing on the Grid.
  7. Coordination of Renewable Generation with the Generator in Grid-Forming Mode.

AEL-MPSS-03C. Smart Grid Power Systems and Protection Relays, 5 kW.

  1. Study of generation, transmission and distribution power systems.
  2. Analysis of the measurements of the power flows of the synchronous generator, transmission lines and loads.
  3. Analysis of the active and reactive power of the synchronous generator against load variations.
  4. Automatic synchronization maneuvers of synchronous generator with the mains.
  5. Study of the synchronous generator in island operation mode.
  6. Study of the synchronous generator in grid parallel operation mode.
  7. Study of excitation/voltage regulation of synchronous generator in island mode.
  8. Study of turbine regulation (frequency control) in island mode.
  9. Study of excitation/voltage regulation of synchronous generator in parallel grid operation mode.
  10. Study of turbine regulation (frequency control) in parallel grid operation mode.
  11. Study of the power factor regulation of synchronous generator in parallel grid operation mode.
  12. Analysis and calculation of energy losses in transmission lines according to the line electrical parameters.
  13. Capacitive effect influence in transmission lines.
  14. Analysis of the reactive energy excess in transmission lines.
  15. Analysis of the influence of one or more line losses in the electric system.
  16. Power factor compensation and the effects in the power system.
  17. Single-Pole, Two-Pole and Three-Pole faults with and without impedance.
  18. Double bus bar coupling maneuver.
  19. Operation logic with circuit breakers and disconnectors in a double bus bar substation.
  20. Load sharing with different feeders.
  21. Bus bar changeover without interruption.

AEL-MPSS/G. Modular Smart Grid Power Generation Application, 5 kW.

  1. Study of power generation with the synchronous generator.
  2. Analysis of the measurements of the power flows of the synchronous generator with different circumstances.
  3. Analysis of the active and reactive power of the synchronous generator against load variations.
  4. Automatic synchronization maneuvers of synchronous generator with the mains.
  5. Study of the synchronous generator control in island operation mode.
  6. Study of the synchronous generator control in grid parallel operation mode.
  7. Study of excitation/voltage regulation of synchronous generator in island mode.
  8. Study of turbine regulation (frequency control) in island mode.
  9. Study of excitation/voltage regulation of synchronous generator in parallel grid operation mode.
  10. Study of turbine regulation (frequency control) in parallel grid operation mode.
  11. Study of the power factor regulation of synchronous generator in parallel grid operation mode.

AEL-MPSS/T. Modular Smart Grid Power Transmission Application, 5 kW.

  1. Analysis and calculation of energy losses in transmission lines according to the line electrical parameters.
  2. Study of the line length variations and the influence of this parameter in the energy losses.
  3. Capacitive effect influence in transmission lines.
  4. Analysis of the reactive energy excess in transmission lines.
  5. Analysis of the influence of one or more line losses in the electric system.
  6. Power factor compensation and the effects in the power transmission system.
  7. Study of voltage regulation transformer in transmission lines.
  8. Study of the compensation of the drop voltage in the transmission line with the motorized regulation transformer.

AEL-MPSS/DL. Modular Smart Grid Power Distribution and Loads Application, 5 kW.

  1. Basic wiring of double bus bar substation.
  2. Double busbar coupling operation.
  3. Logic operations with circuit breakers and disconnectors in a double bus bar substation.
  4. Load sharing with different feeders.
  5. Bus bar changeover without power flow interruption.
  6. Compensation of the power factor with capacitors bench.
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EXERCÍCIOS MAIS PRÁTICOS A SEREM FEITOS COM A UNIDADE

AEL-MPSS-03C. Smart Grid Power Systems and Protection Relays, 5 kW.

Additional practical possibilities:

  1. Remotely control of generation power systems.
  2. Analysis with the SCADA software of synchronous generator power flows.
  3. Analysis with SCADA software of active and reactive power of synchronous generator.
  4. Remotely control of manual synchronization of synchronous generator with the mains.
  5. Remotely control of automatic synchronization of synchronous generator with the mains.
  6. Remotely control of synchronous generator in island grid operation mode.
  7. Study of Micro-Grids.
  8. Remotely control of synchronous generator in parallel grid operation mode.
  9. Remotely control of excitation/voltage regulation of synchronous generator in island mode.

AEL-MPSS/G. Modular Smart Grid Power Generation Application, 5 kW.

Additional practical possibilities:

  1. Remotely control of generation power systems.
  2. Analysis with the SCADA software of synchronous generator power flows.
  3. Analysis with SCADA software of active and reactive power of synchronous generator.
  4. Remotely control of manual synchronization of synchronous generator with the mains.
  5. Remotely control of automatic synchronization of synchronous generator with the mains.
  6. Remotely control of synchronous generator in island grid operation mode.
  7. Remotely control of synchronous generator in parallel grid operation mode.
  8. Remotely control of excitation/voltage regulation of synchronous generator in island mode.

Additional practices with recommended protection relays:

  1. Single-Pole, Two-Pole and Three-Pole faults with and without impedance.
  2. Programming of the differential protection relay.
  3. Programming of the over current and earth fault protection.

AEL-MPSS/T. Modular Smart Grid Power Transmission Application, 5 kW.

Additional practical possibilities:

  1. Measurement of energy losses in transmission lines.
  2. Monitoring of active power curves in transmission lines.
  3. Monitoring of reactive power curves in transmission lines.
  4. Monitoring of apparent power curves in transmission lines.
  5. Monitoring of drop voltage curves in transmission lines.
  6. Remote control of the motorized voltage transformer.

Additional practices with recommended protection relays:

  1. Single-Pole, Two-Pole and Three-Pole faults with and without impedance.
  2. Programming of the distance protection relay.
  3. Programming of the fault location according to the fault point (Mho zones).

AEL-MPSS/DL. Modular Smart Grid Power Distribution and Loads Application, 5 kW.

Additional practical possibilities:

  1. Double busbar coupling operation.
  2. Logical control operations using circuit breakers and disconnectors in switching substations.
  3. Busbar transfer operation without interrupting the power supply.
  4. Load sharing with multiple feeders.
  5. Electrical measurements at various points in the switching substation.

Additional practices with recommended protection relays:

  1. Single-Pole, Two-Pole and Three-Pole faults with and without impedance.
  2. Programming of the feeder management protection relay.
  3. Automatic opening of circuit breakers and disconnectors through overcurrent relay.
  4. Automatic power factor correction.
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