@article{553f82ca3e1b489381899c6d744f5057,
title = "DC STATCOM in multi-terminal DC distribution power system",
abstract = "Medium-power DC network is supposed to be able to enhance the operation of active power distribution system. The concept of {\textquoteleft}DC STATCOM{\textquoteright} is introduced to enable better dynamic performance with reduced DC fault current in an expanded DC power system. Virtual impedance method is employed to analyse the dynamics and design the control. To cope with the oscillation problem brought by constantpower terminal, a hybrid virtual impedance-based control strategy is used for the proposed DC STATCOM. Simulation based case studies validate the proposed conditioning method with reduced DC voltage oscillations and improved system stability.",
keywords = "DC STATCOM, active distribution power System, virtual impedance, DC distribution",
author = "Dong Chen and Lie Xu and Yan Xu",
note = "Acceptance from webpage (and VoR) Acceptance email in SAN (was going to be conf. paper but also being published in this journal); see record 25370102 OA article Pub date: given as 1-1-17 which is before acceptance date (see other link above) and not possible to add this to Pure field. This date also given in Crossref. Query to publisher sent 2/7/20 ET OA compliant: output is compliant and applied Gold OA exception due to publication date issue. Output is published OA in OA journal. ET 2/12/20 Author's note: The paper is originally submitted to the 6th conference of IET Renewable Power Generation 2017, Wuhan, China and is awarded the best paper prize (1st prize)",
year = "2017",
doi = "10.1049/joe.2017.0695",
language = "English",
volume = "2017",
pages = "2077–2082",
journal = "Journal of Engineering",
issn = "2051-3305",
publisher = " Institution of Engineering and Technology (IET)",
number = "13",
}