National
Institute of Standards and Technology (NIST) has done development to
global standards, ever Since the version 2.0 was released. The
interoperability panel signed letters of intent on work together along
with smart grid organizations in Japan, Ecuador and Colombia. It
continues to be a public-private partnership at the moment. A letter on
intent was signed with their Brazilian counterpart last year 2013.
According to Paul Boynton, from NIST, the panel met with Korean and
working closely with European Union companies for further coordinate
standards. International standards ensure that smart grid providers
located in the United States could spread their products and services,
at the same time reduce prices for the consumers when manufacturers
could get benefits when lacking to change their products to adjust with
various standards in several countries.
National
Institute of Standards and Technology (NIST), stated in a draft version
2.0 Smart Grid implementation needs a typical semantical knowledge of
data factors of their framework and guideline for the Smart Grid
interoperability standards. It suggests a conceptual design regarding
the Smart Grid as described by electrical moves and protected
communications operating around seven primary domain names: bulk
generation, distribution, transmission, operations, markets, service
providers and customers. The draft also says, the networked Smart Grid
must provide the ability of an application in a single domain in order
to communicate using an application in every other one, enabling
appropriate role restriction along with other security settings. Among
every domain system, there most likely to arise several sub-networks
including various transport ways and scope.
A
report from the National Institute of Standards and Technology (NIST)
on a final version 2.0 for the smart grid interoperability released Feb.
28 varies just a little from a previous draft the agency released last
autumn. The report analyzes the smart grid and lists standards developed
through the voluntary procedure, the Federal Energy Regulatory
Commission in July 2011 has rejected to begin a rulemaking procedure
upon adoption of interoperability standards in support of voluntary
standards recognition. George Arnold, the national coordinator for smart
grid interoperability at NIST said in an interview, there isn't really a
sign of rulemaking procedure is required at the moment, however in the
long run things might change. Further he said, there is rather more
focus for the final version's smart grid conceptual guide diagram at
distributed energy resources compared to there was in draft. Distributed
energy resources come from numerous small sources situated on the grid,
including small wind turbines, solar energy or even stored energy. The
smart grid must allow their easier integration on the energy grid,
Arnold added.
NIST
released version 3.0 on April 15, 2014, is basically similar to the
earlier version, that NIST published in February 2012. One significant
change ever since then was the transition of the Smart Grid
Interoperability Panel from the government-funded public-private
relationship for an industry-led non-profit. From 2010 to 2012, as a
government-funded entity, the Panel founded a list of interoperability
standards, authorizing 58 of those. At the start of 2013, the panel
moved on to becoming an industry-led non-profit, increasing a great deal
of their capital with membership dues, while NIST still offers a few
financial assist and technical assistance. Since September, there have
been 82 other interoperability standards under review that might end up
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