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Protection principle and technology ...

He, Jiawei.

Protection principle and technology of the VSC-based DC grid

Record Type:	Electronic resources : Monograph/item
Title/Author:	Protection principle and technology of the VSC-based DC gridby Bin Li, Jiawei He.
Author:	Li, Bin.
other author:	He, Jiawei.
Published:	Singapore :Springer Singapore :2020.
Description:	x, 274 p. :ill., digital ;24 cm.
Contained By:	Springer Nature eBook
Subject:	Electric power distributionDirect current.
Online resource:	https://doi.org/10.1007/978-981-15-6644-8
ISBN:	9789811566448$q(electronic bk.)

Protection principle and technology of the VSC-based DC grid
Li, Bin.

Protection principle and technology of the VSC-based DC grid[electronic resource] /by Bin Li, Jiawei He. - Singapore :Springer Singapore :2020. - x, 274 p. :ill., digital ;24 cm. - Power systems,1612-1287. - Power systems..

Introduction -- Working Principle and Basis Control Strategy of the VSC-HVDC Grid -- DC Fault Characteristics of the VSC-HVDC System -- High-speed Single-ended DC Line Protection for the VSC-HVDC Grid -- High-speed Differential Protection for the VSC-HVDC Grid -- Traveling-wave based Direction Protection for the VSC-HVDC Grid -- DC Fault Current Limiting Technique based on the H-bridge Topology -- DC Fault Current Limiting Technique based on the Current Commutation -- Restart Control Strategy for the MMC-based HVDC System -- The DCCB Reclosing Strategy in VSC-HVDC Grid.

This book discusses key techniques of protection and fault ride-through in VSC-HVDC grids, including high-speed selective protection, DC fault current limitation, converter restarting, and DCCB reclosing strategies. It investigates how high-speed transient-variable-based protection can be used to improve grids' acting sensitivity, acting reliability, and ability to withstand high transition resistance compared with traditional protection. In addition, it discusses the applicability of the pilot protections, including the current differential protection and travelign-wave based protection, in the dc grid, as well as the improved methods. Furthermore, it proposes several DC FCL topologies, which are suitable for DC grids. Lastly, in the context of overhead line application conditions, it explores converter restarting and DCCB reclosing strategies, which not only identify the fault property, but also limit the secondary damage to the system, improving the system's operation security and reliability. As such, the book offers a comprehensive overview of original and advanced methods and techniques for the protection of VSC-HVDC grids.

ISBN: 9789811566448$q(electronic bk.)

Standard No.: 10.1007/978-981-15-6644-8doiSubjects--Topical Terms:

721799
Electric power distribution
--Direct current.

LC Class. No.: TK3111 / .L535 2020

Dewey Class. No.: 621.31912

Protection principle and technology of the VSC-based DC grid
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505 0 $a Introduction -- Working Principle and Basis Control Strategy of the VSC-HVDC Grid -- DC Fault Characteristics of the VSC-HVDC System -- High-speed Single-ended DC Line Protection for the VSC-HVDC Grid -- High-speed Differential Protection for the VSC-HVDC Grid -- Traveling-wave based Direction Protection for the VSC-HVDC Grid -- DC Fault Current Limiting Technique based on the H-bridge Topology -- DC Fault Current Limiting Technique based on the Current Commutation -- Restart Control Strategy for the MMC-based HVDC System -- The DCCB Reclosing Strategy in VSC-HVDC Grid.
520 $a This book discusses key techniques of protection and fault ride-through in VSC-HVDC grids, including high-speed selective protection, DC fault current limitation, converter restarting, and DCCB reclosing strategies. It investigates how high-speed transient-variable-based protection can be used to improve grids' acting sensitivity, acting reliability, and ability to withstand high transition resistance compared with traditional protection. In addition, it discusses the applicability of the pilot protections, including the current differential protection and travelign-wave based protection, in the dc grid, as well as the improved methods. Furthermore, it proposes several DC FCL topologies, which are suitable for DC grids. Lastly, in the context of overhead line application conditions, it explores converter restarting and DCCB reclosing strategies, which not only identify the fault property, but also limit the secondary damage to the system, improving the system's operation security and reliability. As such, the book offers a comprehensive overview of original and advanced methods and techniques for the protection of VSC-HVDC grids.
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