Active Power Planning for Embedded HVDC-Systems – Objectives and Solvers
Conference: NEIS 2018 - Conference on Sustainable Energy Supply and Energy Storage Systems
09/20/2018 - 09/21/2018 at Hamburg, Deutschland
Proceedings: NEIS 2018
Pages: 6Language: englishTyp: PDF
Personal VDE Members are entitled to a 10% discount on this title
Authors:
Linke, Franz (Power System Group, Technische Universität Ilmenau, Germany)
Sass, Florian; Sennewald, Tom; Westermann, Dirk (Power System Group, Technische Universit�t Ilmenau, Germany)
Glende, Eric; Klabunde, Christian; Wolter, Martin (LENA, Otto-von-Guericke Universit�t Magdeburg, Germany)
Bhalodi, Kalpesh; Biagini, Veronica; Giuntoli, Marco (ABB Coporate Research Center, Germany)
Abstract:
The implementation of VSC-based embedded HVDC-systems provides a support of the existing AC system by means of active power transmission and reactive power provision. From a TSO-perspective, the embedded HVDC-systems enable a support of the existing AC transmission system regarding operational security. This coordination is realized by Optimal Power Flow calculations. This work elaborates a multi-objective concept for an optimal planning of active power con-verter set-points in terms of system security. Existing solvers for OPF problems comprise deterministic and metaheuristic approaches. In addition, several solvers of both classes are evaluated in a test-system, in order to assess their general suitability for the resulting optimization problem.