In support of ANSI C12.19-2008 / IEEE P1377-2010 /
MC1219-2010, "Utility Industry End Device Data Tables"
and
ANSI C12.22-2008 / IEEE P1703-2010 / MC1222-2010, "Protocol for Interfacing
to Data Communication Networks".
For information about the NAEDRA contact NAEDRA™.
General
Interest Documents Relevant to the ANSI/IEEE/MC Standards |
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Document
Name |
Author |
Category |
Abstract |
Richard
D. Tucker, P.E. |
Technical
Report |
The SmartGrid is largely
a software project with the alignment needed of the millions of Distribution
and Transmission devices to the communications standards appropriate
for their partition requirements. Data availability necessary for
Grid Operations’ control of generation, transmission, distribution
and consumer loads requires “End to End” communications
which is practically impossible given today’s circumstances.
This technical report covers the appropriate communication standards
that may be applicable in the different partitions of the electric
power grid.
|
|
Dr. Avydgor Moise & Richard Tucker, P.E. |
Presentation
|
A presentation that compares and contrasts the two main reference models that use the concept of protocol layering; \
|
|
Dr. Aaron Snyder & M.T. Garrison Stuber |
Technical
Report
|
For ten years, the utility industry has been using
optical port communications, defined by ANSI C12.18, and
telephone modem communications, defined by ANSI C12.21, to
get metering data, defined by ANSI C12.19, from the field to the
back office.
|
|
Ed Beroset, Director, Elster Electricity |
Technical Report
|
Where does interoperability exist?
|
|
Dr. Avydgor Moise |
Technical
Report
|
The ANSI C12.22 standard [1] provides a set of application layer messaging services that are applicable for the enterprise and End
Device components of an Advanced Metering Infrastructure (AMI) for
the SmartGrid.
|
|
Dr. Avydgor Moise |
OperationsReport
|
This is a summary document proposing that Industry establish and operate the C12.19 End-device Class and C12.22 ApTitle registries.
Objectives addressed and/or introduced: The concept is to use a “Table Description Language”, TDL, and an “End-device Description Language”, “EDL”, using XML (Extensible Mark-up Language) and XML-Schema to describe the end device (meter) state, configuration, standard extensions, operating limits, defaults sets, data structures, operating limits and their interpretation. The Registrar, on behalf of the industry and the Standards bodies, shall validate and assign device class identifiers. This complementary activity shall provide a common framework for end device description. The Registrar shall also manage the assignment of ApTitles groups. |
(Last Page Update: October 20, 2015)
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