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Dimensions of quality smart grid
1. Dimensions of Quality
All Rights Reserved. Copyright @ 2014 Canopus Business Management Group 1
Gain from the Power of Lean Six Sigma – MOOC
By Nilakantasrinivasan
Assignment Submission of : K S Bharathi
2. Product or Service Selected : Smart Grid
All Rights Reserved. Copyright @ 2014 Canopus Business Management Group 2
3. What is Smart Grid?
“Smart grid” is referred to a conventional
electric power system that has been equipped
with advanced technologies for purposes such
as reliability improvement, ease of control and
management, integrating of distributed energy
resources and electricity market operations.
4. • Two way automated and distributed
advanced energy delivery network.
• Information technology and computational
intelligence in integrated fashion across
generation, transmission, substations,
distribution and consumption.
• Enhances power distribution reliability
Performance
6. a
• IEEE Std 2030 Smart Grid interoperability
reference model (SGIRM) and tools
• IEEE 1547.6 (2011) Recommended Practice
for Interconnecting distributed resources
Conformance
7. Reliability
• Smart grid technologies are helping utilities to
speed outage restoration following major
storm events, reduce the total number of
affected customers, and improve overall
service reliability to reduce customer losses
from power disruptions.
Reliability
8. Durability
• Insulation life modeling has taken advantage
of more and more sophisticated diagnostic
tools, such as differential scanning
microscopy, infrared spectroscopy, electronic
and atomic force microscopy, and partial
discharge and space charge measurement
systems.
Durability
9. Service
• Automation of fault management activity,
sensing and measuring equipments are
provided for timely and appropriate response
and enable rapid diagnosis of event.
Service
10. Experience
• Repair crews typically patrol the entire faulted circuit and
spending valuable time patrolling a significant portion of a feeder
without any additional information that could be provided by fault
indicators located along the feeder.
• In smart grid , repair crews could be dispatched directly to the
section of the distribution network where the fault occurred and
quickly restore power to the affected customers utilizing fault
location information obtained from remote indicating fault
passage indicators. The status of fault passage indicators with
remote indicating capability can be recognized by a remote
master station located at a main substation and/or a distribution
control centre. Their information might be used directly for
detecting and locating of faults or indirectly to get a high level of
confidence about the fault type and/or the location.
Experience
11. Aesthetics
• Smart meters are important building blocks of
the smart grid and will be installed in all
homes and businesses.
• With a smart meter, one can see how much
energy one uses so as to make changes to
save money on your electric bills.
Aesthetics