IEEE 2837-2023

Detail information

Designation: IEEE 2837-2023

Publication date: 29/09/2023

Pages: 37

Country: International technical standard

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Anotation

New IEEE Standard - Active.
General requirements, functional and technical performance requirements, test requirements, labeling requirements, packaging, transportation and storage requirements, supply integrity requirements, and quality assurance requirements for hybrid high-voltage direct current (HVDC) transmission control and protection equipment are provided in this guide. This guide could be applied to the control and protection equipment of parallel two-terminal or multiterminal hybrid dc transmission system with a dc voltage level of ±110 kV and above, including line-commutated converter (LCC) and voltage-source converter (VSC).

ISBN: 978-1-5044-9469-4, 978-1-5044-9986-6, 978-1-5044-9987-3
Number of Pages: 37
Product Code: STDUD25987, STD26358, STDPD26358
Keywords: backup operation, backup protection, busbar protection, circuit faults, communication time delay, control equipment, current derivative-based algorithm, derivative-based algorithms, fault detection, fault resistance, high voltage direct current grids, high-resistance fault case scenarios, high-resistance fault detection, HVDC grids, HVDC transmission, hybrid HVDC, IEEE 2837™, inductors, limiting, local derivative-based protection scheme, local-measurement-based algorithms, operation speed, parallel operation, primary protections, protection equipment, voltage derivative-based algorithm, voltage measurement
Category: Power Transmission and Distribution
Draft Number: P2837/D4.1, Feb 2023 - UNAPPROVED DRAFT