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Modular Mini Power Stations in Australia

Some interesting videos related to Australian Electrical Grid

Training D13: Voltage Setpoint Tolerance

23:41

Training D13: Voltage Setpoint Tolerance

Electric Grid Dynamics and Stability; sessions recorded at Bonneville Power Administration, February 18-20, 2020

Training D10: Case Study Examples (3 of 3)

23:16

Training D10: Case Study Examples (3 of 3)

Electric Grid Dynamics and Stability; sessions recorded at Bonneville Power Administration, February 18-20, 2020

Training M1: Electricity Market Concepts

24:59

Training M1: Electricity Market Concepts

Overview, Electricity Markets, Electricity Market Equilibrium, Characteristics of Electricity

Training M1: Electricity Market Concepts

24:59

Training M1: Electricity Market Concepts

Overview, Electricity Markets, Electricity Market Equilibrium, Characteristics of Electricity

Training D13: Voltage Setpoint Tolerance

23:41

Training D13: Voltage Setpoint Tolerance

Electric Grid Dynamics and Stability; sessions recorded at Bonneville Power Administration, February 18-20, 2020

Training D12: Voltage Droop Control

47:53

Training D12: Voltage Droop Control

Electric Grid Dynamics and Stability; sessions recorded at Bonneville Power Administration, February 18-20, 2020

Training D11: Power System Oscillations and Stabilizers

01:00:51

Training D11: Power System Oscillations and Stabilizers

Electric Grid Dynamics and Stability; sessions recorded at Bonneville Power Administration, February 18-20, 2020

Training D10: Case Study Examples (3 of 3)

23:16

Training D10: Case Study Examples (3 of 3)

Electric Grid Dynamics and Stability; sessions recorded at Bonneville Power Administration, February 18-20, 2020

Training D10: Case Study Examples (2 of 3)

51:19

Training D10: Case Study Examples (2 of 3)

Electric Grid Dynamics and Stability; sessions recorded at Bonneville Power Administration, February 18-20, 2020

Training D10: Case Study Examples (1 of 3)

26:30

Training D10: Case Study Examples (1 of 3)

Electric Grid Dynamics and Stability; sessions recorded at Bonneville Power Administration, February 18-20, 2020

Training D9: Modeling Wind and Solar

01:03:06

Training D9: Modeling Wind and Solar

Electric Grid Dynamics and Stability; sessions recorded at Bonneville Power Administration, February 18-20, 2020

Training D8: Modal And Signal Analysis (2 of 2)

49:59

Training D8: Modal And Signal Analysis (2 of 2)

Electric Grid Dynamics and Stability; sessions recorded at Bonneville Power Administration, February 18-20, 2020

Training D8: Modal And Signal Analysis (1 of 2)

01:29:37

Training D8: Modal And Signal Analysis (1 of 2)

Electric Grid Dynamics and Stability; sessions recorded at Bonneville Power Administration, February 18-20, 2020

Training D7: Transient Stability Analysis and Software Design

01:11:48

Training D7: Transient Stability Analysis and Software Design

Electric Grid Dynamics and Stability; sessions recorded at Bonneville Power Administration, February 18-20, 2020

Training D6: Debugging Models (2 of 2)

19:47

Training D6: Debugging Models (2 of 2)

Electric Grid Dynamics and Stability; sessions recorded at Bonneville Power Administration, February 18-20, 2020

Training D6: Debugging Models (1 of 2)

28:24

Training D6: Debugging Models (1 of 2)

Electric Grid Dynamics and Stability; sessions recorded at Bonneville Power Administration, February 18-20, 2020

Training D5: Load Modeling (2 of 2)

39:33

Training D5: Load Modeling (2 of 2)

Electric Grid Dynamics and Stability; sessions recorded at Bonneville Power Administration, February 18-20, 2020

Training D5: Load Modeling (1 of 2)

01:15:10

Training D5: Load Modeling (1 of 2)

Electric Grid Dynamics and Stability; sessions recorded at Bonneville Power Administration, February 18-20, 2020

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Models and power system studies

David Batterham

May 11, 20203 min read

Models and power system studies

Models and power system studies

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