PURDUE DC Testbed Data

Model Documentation and Reports (download zip)

• DC_Testbed_Simulink_models_report
  
  Comparison of Simulink simulation with ACSL simulation
• MVDC Testbed – Generator System GS1.pdf
  
  September 28, 2009 Draft Generator System GS‐1 math models by M. Bash & R. Chan
• MVDC Testbed – Propulsion Drive.pdf
  
  October 19, 2009 Draft Ship Propulsion Drive (SPD) math models by C. Harianto
• Modeling, Simulation and Experimental Validation of a DC Power System Testbed
  
  M. Bash, R. R. Chan, J. Crider et al. – Grand Challenges in Modeling and Simulation 2011

Simulink Models (download zip)

Simulink DC testbed models: Simplified Waveform Model and Simplified Average Value Model

• DCTestbedSimulink2007A
  
  Simulink DC testbed models for Matlab version 2007a
• DCTestbedSimulink2009A
  
  Simulink DC testbed models for Matlab version 2009a

ACSL Models (download zip)

• Detailed _AVM
  
  “Detailed” Average Value Model including saturation and distributed rotor effects
• Detailed_Waveform
  
  “Detailed” Waveform Model including saturation and distributed rotor effects
• Simplified_AVM
  
  “Simplified” Average Value Model
• Simplified_Waveform
  
  “Simplified” Waveform Model

Study1 (download zip)

Step change in resistive load

1. study1_filtered_data.mat
2. study1_plots_filtered.m
3. study1.png

Use MATLAB script study1_plots_filtered.m to plot data.

Study2 (download zip)

Step change in torque command

1. study2_filtered_data.mat
2. study2_filt_data_ac.mat
3. study2_plots_filtered.m
4. study2.png
5. study2_wave.png

Use MATLAB script study2_plots_filtered.m to plot data.

Study3 (download zip)

Step change in bus capacitance at half-load condition and full-load condition

1. study3_filtered_data_100Nm.mat
2. study3_filtered_data_200Nm.mat
3. study3_plots_filtered_100Nm.m
4. study3_plots_filtered_200Nm.m
5. study3_100Nm.png
6. study3_200Nm.png

Use MATLAB script study3_plots_filtered_100Nm.m and study3_plots_filtered_200Nm.m to
plot data.

Download all (zip file)

• A Medium Voltage DC Testbed for Ship Power System Research.pdf (1.4MB)
• A brushless exciter model incorporating multiple rectifier modes and Preisach's hysteresis theory.pdf (685.5kB)
• A maximum torque per ampere control strategy for induction motor drives.pdf (851.0kB)
• A synchronous machine model with saturation and arbitrary rotor network representation.pdf (442.2kB)
• Admittance Space Stability Analysis of Power Electronic Systems.pdf (572.9kB)
• Advancements in Generalized Immittance Based Stability Analysis of DC Power Electronics Based Distribution Systems.pdf (984.4kB)
• Advances in Electric Machine Modeling and Evolutionary Parameter Identification.pdf (9.3MB)
• An Experimentally Validated Nonlinear Stabilizing Control for Power Electronics Based Power Systems.pdf (1.4MB)
• An adaptive maximum torque per amp control strategy.pdf (401.1kB)
• An improved maximum torque per amp control strategy for induction machine drives.pdf (919.4kB)
• ME601615 - POWEREX 3 phase Diode Bridge Modules.pdf (393.3kB)
• Model Description Template derived from ESRDC.doc (32.5kB)
• Modeling and Simulation of an Electric Warship Integrated Engineering Plant for Battle Damage Response.pdf (704.8kB)
• Modeling and Simulation of an Electric Warship Integrated Engineering Plant.pdf (664.3kB)
• Naval Combat Survivability Testbeds for Investigation of Issues.pdf (341.5kB)
• Non-Linear Average Value Modeling of a Three-Phase Bridge With Losses.pdf (36.0kB)
• Reducing Impact of Pulsed Power Loads on Microgrid Power Systems.pdf (378.3kB)
• Stability Analysis Methodologies for DC Power Distribution Systems.pdf (1.2MB)
• The U.S. ESRDC advances power system research for shipboard systems.pdf (152.7kB)
• Transient and Dynamic Average-Value Modeling of Synchronous Machine Fed Load-Commutated Converters.pdf (792.6kB)