Multi-terminal Direct-Current Grids: Modeling, Analysis, and Control

Index

1. AC grid model
   1. load flow
   2. load model
   3. network model
   4. per-unit system
   5. SG model see synchronous generator (SG) model
2. AC–MTDC grid model
   1. load flow analysis
      1. AC load flow
      2. autonomous power sharing
      3. frequency control
      4. Jacobian
      5. linear equations
      6. MTDC load flow
      7. Newton–Raphson (NR) method
      8. power system planning and operation
      9. Taylor's series
   2. nonlinear dynamic simulation
      1. block diagram
      2. initialization
      3. multi-machine AC system
      4. PLL function
      5. reference frames
   3. North Sea benchmark system see North Sea benchmark system
   4. postcontingency operation
   5. small-signal stability analysis see linear model, AC-MTDC grid model
   6. transient stability analysis
      1. implicit integration methods
      2. large disturbance simulation
      3. nonlinear ODEs
      4. rotor and phase angles
3. alternate-arm multi-level converter (A2MC)
4. asymmetric bipole configuration
5. autonomous power sharing
   1. AC microgrids
   2. AC-MTDC grid load flow solution
   3. DC voltage controlling converter
   4. linear model
   5. MTDC grid see multi-terminal direct current (MTDC) grids, autonomous power sharing
   6. nonlinear simulation
      1. EMTDC/PSCAD
      2. fixed vs. adaptive droop see fixed and adaptive droop
      3. local voltage feedback
   7. postcontingency operation
      1. adaptive droop control
      2. burden
      3. common DC link voltage feedback
      4. local DC link voltage feedback
   8. small-signal stability analysis
   9. steady-state operating characteristics
   10. study network
   11. synchronous generators
6. backup protection
   1. DC and AC breakers
   2. ring bus configuration
7. cable-to-cable fault
   1. half-bridge MMC
   2. two level VSC
      1. analysis
      2. capacitor discharge ...