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Multi-infeed HVDC In the brazilian interconnected power system

Edson H. Watanabe e Robson F. S. Dias (orgs.)

  • 1 Introduction
    • 1.1. Scenario and Simulation Model
    • 1.2. The Commutation Failure Process
    • 1.3. Commutation Failure Assessment Indexes
    • 1.4. Synchronous Compensator and STATCOM
    • 1.5. Dynamic Extinction Angle Control
    • 1.6. Series Voltage Conditioner (SeVC)
    • 1.7. Hybrid LCC and MMC HVDC and All MMC HVDC
    • References
  • 2 The Commutation Failure Process
    • 2.1. Understanding the CF Phenomenon
    • 2.2. CF Relevance in the BIPS
    • 2.3. DC Fault Study
  • 3 Commutation Failure Assessment Indexes
    • 3.1. MIIF Analysis
    • 3.2. CF Fast Assessment Based on Short-Circuit Program
    • 3.3. Conclusions
    • References
  • 4 Synchronous Compensator and STATCOM
    • 4.1. Analysis Based on the ANATEM Program:
      The Synchronous Compensator as First Line of Defense to Commutation Failures in Multi-Infeed HVDC Systems
    • 4.2. Analysis based on the PSCAD program - SC and MMC-STATCOM to Mitigate CF
    • References
  • 5 Dynamic Extinction Angle Control
    • 5.1. Detailing of CFPREV and CFIM Algorithms
    • 5.2. Simulation Results
    • 5.3. Recommendations on CFPREV and CFIM
    • 5.4. Conclusions
    • References
  • 6 The Series Voltage Conditioner (SeVC)
    • 6.1. Principle of Operation of Series Voltage Conditioner (SeVC)
    • 6.2. SeVC – Synthesized by an MMC converter
    • 6.3. Simulation and Results
    • 6.4. Conclusions
    • References
  • 7 LCC/MMC Hybrid HVDC and All MMC HVDC Systems
    • 7.1. Introduction
    • 7.2. HVDC with MMC
    • 7.3. Simulation Results
    • 7.4. BIPS Future Scenario Analysis - Bipole B Expansion
    • 7.5. Conclusion
    • 7.6. Recommendations
    • References
  • 8 Conclusions
    • 8.1. The Commutation Failure Process
    • 8.2. Assessment of Commutation Failure Indexes
    • 8.3. Synchronous Compensator and STATCOM
    • 8.4. Dynamic Extinction Angle Control
    • 8.5. The Series Voltage Conditioner (SeVC)
    • 8.6. LCC and MMC Hybrid HVDC and All MMC HVDC
    • 8.7. Final Conclusions
  • Author’s Biographies
  • Acknowlegments

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