31 (TB 793), JWG C6/
B4. is
critical resolve these conflicts and strive towards
a harmonized set definitions and standards. While MVDC technology is
relatively new and the industry still very young, it
has the potential address many the challenges
facing system operators and ease the transition
to all-electric society.
. SyCs are established
to develop the systems reference deliverables
(SRDs), which provides guidance the use and
application standards the corresponding
SyC’s domain.69
Recommendations and conclusion
The technical intricacies MVDC grid planning,
operations and technology cannot adequately
addressed systems committee (SyC) because
the development international standards is
limited the conditional process Subclause
SO.7.91
§ IEEE’s considerations MVDC technology,
especially P2984, Draft Guide for Application
of Direct Current (DC) Network Topology
Protection Distribution Grids
8.2 ISO/IEC Directives, Part IEC
Supplement, edition 2024. MVDC technology offers
environmental, economic, and operational benefits
to power systems, and the IEC and stakeholders
should work facilitate the acceleration its
development and deployment.
MVDC technology early point its
implementation power systems, and this,
plus lack standards, means that some early
drafts definitions and specifications MVDC
technology have conflicted with each other. Standards are a
key unlocking this potential.
The application MVDC technology has
implications for all IEC stakeholders: from system
operators and equipment manufacturers test
laboratories, service providers, and power system
end-users.
All teams working MVDC guidelines and
standardization topics should strive ensure
integration and coordination with other similar
efforts within the IEC and around the world. The technical intricacies MVDC
grid operations and MVDC technology clearly
exceed the definition and deliverables the
typically broad, cross-cutting, and coordination-
focused mandate SyC. Given the pressing need for standards
covering MVDC technologies, operating principles,
interoperability, and conformance testing, the IEC
has opportunity take leadership role in
advancing this new consequential technology with
far-reaching benefits.
From the IEC’s perspective, other relevant efforts
include:
§ The work CIGRE C6.37 (TB 875), A3-40 (TB 931), B1.82
and B4.2 Conclusion
The world’s power systems are facing great
change and challenges
