SLIDE 1
Learning Objectives
- How is droop control implemented in a
voltage source converter?
- What are conventional and inverse
droop control strategies?
- What is a virtual impedance?
- What are the advantages and
Droop Control in Microgrids Laura Ramrez Elizondo Learning - - PowerPoint PPT Presentation
Droop Control in Microgrids Laura Ramrez Elizondo Learning - - PowerPoint PPT Presentation
Droop Control in Microgrids Laura Ramrez Elizondo Learning Objectives How is droop control implemented in a voltage source converter? What are conventional and inverse droop control strategies? What is a virtual impedance?
SLIDE 2
SLIDE 3
Droop Control Implementation in a VSI
- Frequency droop control
SLIDE 4
Droop Control Implementation in a VSI
- Voltage droop control
SLIDE 5
Conventional and Inverse Droop
SLIDE 6
Conventional and Inverse Droop
Conventional droop Opposite droop Compatible with HV Yes No Compatible with rotating generators Yes No Active power dispatch Yes No Direct voltage control No Yes
Inverse droop:
- Active power vs voltage
- Reactive power vs frequency
SLIDE 7
Droop Control with Physical or Virtual Impedance
SLIDE 8
Disadvantages of Droop-Based Methods
- Unstable region
- High frequency
- scillations
SLIDE 9
Standards for Voltage and Frequency Deviations
SLIDE 10