Conprove presents an innovative and detailed study on the traveling wave analysis in transmission lines interconnecting converter-interfaced sources (CISs), such as Type III (DFIG) and Type IV (FC) wind farms. This work, developed in collaboration with renowned institutions, addresses challenges and solutions related to protection and fault location in modern power systems.
Key Highlights of the Study
- Electromagnetic Transient Behavior: Assessment of the influence of weak terminations, transformer stray capacitances, and buses on traveling waves.
- Advanced Protection Techniques: Application of traveling wave-based functions, such as overcurrent (TW50) and differential protection (TW87), demonstrating higher immunity to the atypical characteristics of CISs.
- Precision in Fault Location: Utilization of two-terminal data for more reliable and faster fault location, even in complex scenarios.
The study emphasizes the potential of traveling wave-based functionalities, offering robustness and reliability to overcome the challenges posed by systems with renewable and converter-interfaced sources.
👉 Read the full article and discover how these technologies can transform power system protection and automation:
https://conprove.com/artigos/analise-de-ondas-viajantes-em-linhas-de-transmissao-de-interconexao-de-fontes-interfaceadas-por-conversores-um-estudo-sobre-aplicacoes-de-protecao-e-localizacao-de-faltas/
