IEEE Power & Energy Magazine - January/February 2015 - 36
KPis help policy makers, regulators, and
network operators make cost-benefit analyses of the results of r&D activities when
Research Area
Priority
High-Priority Research Topic
implemented in large-scale deployment of
Level (1:
solutions that go beyond "business as usual"
Highest)
solutions. KPi values measured during largeIS (integrated
1
Observability and control (including ICT
scale demonstrations are indeed instrumental
systems)
for control)
in defining the scalability and replicability of
2
Widespread storage within the grid
such innovative outputs.
The use of public support to fund part
Self-healing
of
the
r&D investments of network opera3
Advanced components
tors
brings
about another challenge: sharVirtual power plants and markets
ing the new knowledge gained with other
4
Operator issues, training, and education
nonparticipating network operators. a dediDistribution
1
Modeling power systems and ICT together
cated platform is being built to support the
Observability at the distribution level
knowledge-sharing process in the most efficient way possible. The platform aims to
2
Power electronics technologies
achieve the following objectives:
3
Distribution grids using dc and dc
✔✔ to help knowledge providers make
distribution integrated into ac grids
knowledge gained from publicly sup4
Risk-based operation
ported r&D projects accessible, in line
5
Microgrids
with the functional objectives of the
Cybersecurity
r&D clusters of the eeGi road map
Electric vehicle integration
✔✔ to make the knowledge content accessible
RC (smart retail and
1
Distributed self-organization versus
to a large variety of stakeholders of the
consumer systems)
central control
electricity value chain, with an emphasis
2
Energy cloud
on the stakeholders whose limited size
and reduced r&D budgets prevent them
3
New infrastructure integrating energy and
electricity with ICT
from joining large r&D projects.
The
eeGi r&D road map for 2013-2022
SE (socioeconomics
1
Consumer maturity
and ecosystems)
was defined assuming the following over2
Legislation and regulation: new energy
arching goal: to allow european electricity
market designs
networks to continuously deliver effective,
flexible capacities to integrate actions of grid
users
at
affordable
costs. This objective has been converted
Table 1 summarizes the top priorities among the many
smart grid sra 2035 research topics. for all the topics into two overarching KPis:
1) increased system flexibility at affordable cost
mentioned in the table, more and new smart grid research is
2) increased network capacity at affordable cost.
urgently needed.
The objective has also been associated with seven specific
KPis:
Mechanisms: Key Performance
1)
increased res and Der hosting capacity
Indicators, Monitoring, and
2)
reduced energy curtailment of res and Der
Knowledge Sharing
3) power quality and quality of supply
4) extended asset lifetimes
Key Performance Indicators
5) increased flexibility from energy players
a set of key performance indicators (KPis) with which to man6) improved competitiveness of the electricity market
age the road map's implementation has been defined to empha7) increased hosting capacity for electric vehicles and
size the enabling role of the electricity networks in achieving the
other new loads.
european energy policy goals of sustainability, energy market
competitiveness, and security of supply. The KPis will be used
to monitor the contribution of each single project belonging to Monitoring
the eeGi r&i road map in achieving any one or several of its eNTso-e publishes a report that serves to monitor the contrispecific objectives. They complement existing KPis developed bution of the r&D projects to fulfilling the objectives of the
by other industrial initiatives under the seT plan and provide a eeGi r&D road map, highlight the most significant achievemethodological guide for their definition and use in relation to ments, and present a gap analysis. The main goals of the report
the set of r&D projects contained in the eeGi road map.
are to inform stakeholders about recent r&D work, share the
table 1. Top priorities among the SmartGrids
SRA 2035 research topics.
36
ieee power & energy magazine
january/february 2015
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