Introduction et notions théoriques

A partir do que foi desenvolvido nesta dissertação, propõem-se as seguintes tarefas a serem desenvolvidas em trabalhos futuros:

1. investigar a aplicabilidade do método de proteção proposto a outras topologias de sistemas de transmissão LCC-HVDC como, por exemplo, a bipolar;

2. investigar a aplicabilidade do método de proteção proposto a sistemas de transmis- são VSC-HVDC, incluindo sistemas multiterminais;

3. investigar com maior precisão o comportamento das ondas viajantes quando faltas ocorrem nas fronteiras da linha CC como, por exemplo, sobre o reator de alisa- mento;

4. validar o método de proteção proposto de forma experimental;

CAPÍTULO 7. CONCLUSÕES E TRABALHOS FUTUROS 76

Tabela 7.1: Trabalhos desenvolvidos.

Evento/Periódico Título Autores

XXII Congresso Brasileiro de Automática (CBA), 2018, João Pessoa, PB, Brasil

Comparação de Métodos de Lo- calização de Faltas Baseados em Ondas Viajantes em Linhas de Transmissão de Sistemas LCC- HVDC

F. C. Silva Júnior, F. B. Costa, R. L. S. França e D. M Silva

XXII Congresso Brasileiro de Automática (CBA), 2018, João Pessoa, PB, Brasil

Influência de Parâmetros de Falta e dos Dispositivos das Estações Conversoras de Sis- temas de Transmissão LCC- HVDC Sobre a Detecção de On- das Viajantes

F. C. Silva Júnior, D. M Silva, R. L. S. França e F. B. Costa

XII Conferência Brasileira Sobre Qualidade de Energia Elétrica (CBQEE), 2017, Cu- ritiba, PR, Brasil

The Impact of Two-Terminal Traveling Wave-Based Trans- mission Line Protection in the Distribution Power System Vol- tage Sag

R. L. S. França, F. C. Silva Júnior, F. B. Costa, e D. M Silva

IEEE PES General Meeting, 2018 Portland, OR USA

Wavelet-Based Detection of

Transients Induced by DC

Faults Using Boundary Protec- tion Principle

D. M. Silva, F. B. Costa, R. L. S. França e F. C. Silva Júnior

VII Simpósio Brasileiro de Sistemas Elétricos, 2018, Ni- terói, RJ, Brasil

Method for Fault Detection

on Transmission Lines of HVDC-VSC Systems Using High-Frequency Transients D. M. Silva, F. B. Costa, R. L. S. França e F. C. Silva Júnior

6. investigar métodos baseados em ondas viajantes com um terminal em técnicas de localização de faltas levando-se em consideração o efeito da frequência de amos- tragem;

7. desenvolver técnicas de localização de faltas baseadas em ondas viajantes com um terminal imune aos erros existentes na velocidade estimada da onda em relação a sua velocidade real;

8. investigar o período mínimo das frentes de onda a fim de se estabelecer uma frequên- cia de amostragem mínima que possibilite a correta detecção das ondas viajantes; 9. desenvolver um método robusto de detecção de ondas viajantes que possibilite a

correta detecção das ondas diante de casos críticos como, por exemplo, faltas com alta resistência.

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