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Sobre

Sobre

Bernardo Silva concluiu o Mestrado Integrado em Engenharia Eletrotécnica e de Computadores na FEUP, especializando-se em sistemas de energias. Em 2014 concluiu o Doutoramento em Sistemas Sustentáveis de Energia na FEUP/ MIT Portugal.

Desde o ingresso no INESCTEC, em Março de 2009, tem estado envolvido em projetos científicos e consultoria na área de integração de fontes renováveis no sistema elétrico assim como na análise em regime estacionário e dinâmica de sistemas elétricos.

É desde 2016 representante Português no comité B4 (HVDC) do Cigré.

Prémios:

Menção Honrosa - Prémio REN 2009 - com a tese de Mestrado

Vencedor do Prémio APREN 2016 com a tese de Doutoramento. 

Tópicos
de interesse
Detalhes

Detalhes

  • Nome

    Bernardo Silva
  • Cluster

    Energia
  • Cargo

    Responsável de Área
  • Desde

    15 abril 2009
047
Publicações

2022

A Data-driven Approach to Estimate the Flexibility Maps in Multiple TSO-DSO Connections

Autores
Silva, J; Sumaili, J; Silva, B; Carvalho, L; Retorta, F; Staudt, M; Miranda, V;

Publicação
IEEE Transactions on Power Systems

Abstract

2020

Local Market for TSO and DSO Reactive Power Provision Using DSO Grid Resources

Autores
Retorta, F; Aguiar, J; Rezende, I; Villar, J; Silva, B;

Publicação
ENERGIES

Abstract
This paper proposes a near to real-time local market to provide reactive power to the transmission system operator (TSO), using the resources connected to a distribution grid managed by a distribution system operator (DSO). The TSO publishes a requested reactive power profile at the TSO-DSO interface for each time-interval of the next delivery period, so that market agents (managing resources of the distribution grid) can prepare and send their bids accordingly. DSO resources are the first to be mobilized, and the remaining residual reactive power is supplied by the reactive power flexibility offered in the local reactive market. Complex bids (with non-curtailability conditions) are supported to provide flexible ways of bidding fewer flexible assets (such as capacitor banks). An alternating current (AC) optimal power flow (OPF) is used to clear the bids by maximizing the social welfare to supply the TSO required reactive power profile, subject to the DSO grid constraints. A rolling window mechanism allows a continuous dispatching of reactive power, and the possibility of adapting assigned schedules to real time constraints. A simplified TSO-DSO cost assignment of the flexible reactive power used is proposed to share for settlement purposes.

2019

Optimal bidding strategy for variable-speed pump storage in day-ahead and frequency restoration reserve markets

Autores
Filipe, J; Bessa, RJ; Moreira, C; Silva, B;

Publicação
ENERGY SYSTEMS-OPTIMIZATION MODELING SIMULATION AND ECONOMIC ASPECTS

Abstract

2019

Handling Renewable Energy Variability and Uncertainty in Power System Operation

Autores
Bessa, R; Moreira, C; Silva, B; Matos, M;

Publicação
Advances in Energy Systems

Abstract

2018

Testing of smart converters for grid-code compliance with power-hardware-in-the-loop

Autores
Ramos, JC; Aguiar, J; Rodrigues, J; Silva, B;

Publicação
2018 INTERNATIONAL CONFERENCE ON SMART ENERGY SYSTEMS AND TECHNOLOGIES (SEST)

Abstract
Using power-hardware-in-the-loop is a solution for testing the behavior of devices on an emulated grid, with greater flexibility and avoiding the introduction of disturbances or critical operating conditions in the utility grid. This paper highlights the implementation of such a setup, its challenges and the solutions to cope with its limitations. The emulated grid is then used for the experimental validation of a 10kVA converter, regarding fault-ride-through, dynamic reactive current support and frequency and voltage based droop control, leading to the identification of design improvement recommendations.

Teses
supervisionadas

2019

Fast Assessment of Dynamic Behavior Analysis with Evaluation of Minimum Synchronous Inertia to Improve Dynamic Security in Islanded Power Systems

Autor
João Pedro da Silva Megre Barbosa

Instituição
UP-FEUP