tools to support the european electricity grids initiative: the roll … · 2014. 8. 21. ·...
TRANSCRIPT
Tools to support the European Electricity Grids Initiative: the roll-out
of smart grids
The GRID4EU approach for Scalability & Replication
June 24th, 2014
Rémy GARAUDE VERDIER, GRID4EU Coordinator,
Project Manager, ERDF
Andrea RODRIGUEZ, Assistant Researcher,
COMILLAS
Global agenda
GRID4EU, the big picture (Rémy GARAUDE VERDIER)
Focus on the GRID4EU Scalability and Replicability Analysis methodology (Andrea
RODRIGUEZ)
www.grid4eu.eu 2
Global agenda
GRID4EU, the big picture (Rémy GARAUDE VERDIER)
Focus on the GRID4EU Scalability and Replicability Analysis methodology (Andrea
RODRIGUEZ)
www.grid4eu.eu 3
GRID4EU, an EU FP7 Smart Grids
project
Project led by 6 Electricity Distribution System Operators - covering altogether
more than 50% of metered electricity customers in Europe
Overall 27 partners from various horizons
(utilities, manufacturers, universities and research institutes)
Duration: 51 months from November 2011 to January 2016
Total eligible costs: €54M - requested EC Grant €25.5M
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Project
Coordinator
Chairman of
General Assembly
Technical
Director
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6 Demonstrators – 27 Partners
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GRID4EU, an EEGI labelled project
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The GRID4EU project is labeled EEGI Core project:
The EEGI core Label acknowledges that a project is fully in line
with the spirit of the EEGI and EEGI Functional Objectives as
specified in the EEGI Research and Innovation Roadmap.
The EEGI (European Electricity Grids Initiative) is a
European Industrial Initiative under the Strategic Energy
Technology Plan which proposes a 9-year European research,
development, and demonstration programme to accelerate
innovation and the development of the electricity networks
of the future in Europe.
Developing methodologies for the scaling up and replication is one of
the four priorities for Distribution System Operators identified in the
EEGI Implementation Plan 2014-2016
Interactions between Demonstrators
are formalized in workstreams...
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Distributed Energy
Resources (DER)
Active Demand
Storage
Innovative Power
Management at MV level
Innovative Power
Management at LV level
Micro-grid (Islanding)
Climate Cold & Stormy
Continental/Oceanic
Mild
Mediterranean
Moderate
Continental
Dry
Mediterranean
Cold
Continental
Warm & stormy
Mediterranean
Population Density Urban Urban Semi-urban Rural Semi-urban Semi-urban /
urban
www.grid4eu.eu
These workstreams are adapted from the EEGI Smart Grid model
…to foster synergies and common
work
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Synergies are addressed by 5 General
Work Packages
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One of the 5 General Work Packages specifically deals with
Scalability & Replication
GRID4EU is to begin the last stage
comprising the replication of results
' 11 2011 2012 2013 2014 2015 ' 16
Project closure
Yearly project report
Yearly project report
Yearly project report
Yearly project report
Project kick-off
Definition and publication of technical specifications
Return on Experience, projections and replication of results
Test of the demonstrators / exploitation of data and functionalities
Installation of the equipment for each demonstrator
Jan 2016 Nov 2011
Oct 2015 Oct 2014 Oct 2013 Oct 2012
2016
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First approach of the Scalability and
Replicability within GRID4EU
Replicability Scalability
The ability of a system, network or
process to increase its
size/scope/range in order to
adequately meet a growth in demand
The ability of a system,
network or process to
be duplicated in
another location or time
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Global agenda
GRID4EU, the big picture (Rémy GARAUDE VERDIER)
Focus on the GRID4EU Scalability and Replicability Analysis methodology (Andrea
RODRIGUEZ)
www.grid4eu.eu 12
Projects GRID+ and GRID4EU address scalability and
replicability from two complementary perspectives:
Scalability and Replicability Analysis:
Scope and objectives
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Technology selection:
• Modularity
• Standardization
• Appropriate design
• Equipment availability
Implementation effects:
• Technical impact
• Regulation
• Economic implications
• Stakeholders perspectives
Outcome: Scaling-up and replication rules
– Guidelines to infer the results to be expected from the
implementation of the tested smart grid solutions in a broader
European context
Questions addressed:
– What are the relevant parameters that determine the outcome of use
cases?
– Under what conditions should a specific use case be implemented?
– What are the most important impacts of use cases in each context?
Scalability and Replicability Analysis:
Scope and objectives
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Scalability and Replicability Analysis:
Methodology
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Use case & smart grid solution
Demo
Scaling-up and replication rules
Regulation
Stakeholder acceptance
Tested in thedemo
SIMULATION MODELS
Computation of KPIs
Sensitivityanalysis
Technical analysis
Economic Analysis
Stakeholders’ perspectives
General analysis
- Grid characterization
- Load profiles
- Generation profiles
Technical
Boundary Conditions
Economic parameters
Economic
Coherencecheck
Demo
Boundary
Conditions
KPIs
Questionnaire (3.2)
Questionnaire (2.5)
KPIs
(2.6)
Scalability and Replicability Analysis:
Application to a Use Case
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Reconfiguration
USE CASE:
MV automation
Loadflow analysis
Check
constraints
Fault simulation
Fault location
Fault isolation
Service
restorationNetwork
topology
Disconnection
points & automation
Fault awareness,
localization and isolation time
Reliability indices
SAIDI and SAIFI
MV failure
rates
- Network
topology- Automation
- Operation
parameters
- Network
electrical characteristics
- Demand and
DG profile
Parameters for scaling-up
Parameters for replicationOutcomes of the technical SRA
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Thank you for your attention!
Visit our website: www.grid4eu.eu
All public deliverables are available on
the GRID4EU Website:
http://www.grid4eu.eu/project-
demonstrators/deliverables.aspx
www.grid4eu.eu
APPENDICES
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Four DSO priorities from the EEGI
Implementation Plan 2014-2016
The Distribution System Operator (DSO) priorities for the coming three
years encompass the following main targets:
to improve distribution grid performances involving communications
improvements, network operations and asset management,
to initiate research and development studies on new market designs at
distribution level
to reinforce the cooperation between TSOs and DSOs through a
focused set of joint R&I activities
to develop methodologies for the scaling up and replication studies that
are needed to prepare the deployment of promising results obtained
from the field demonstration of innovative solutions
Grid4EU - ICSG Istanbul - May 10th 2013 www.grid4eu.eu 19
GRID4EU complies with EEGI Smart
Grid Model
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• A Smart Grid model has been developed to define the 12 major smart
grids functionalities necessary to reach the vision and the goals of the
EEGI
• All these critical topics are covered by GRID4EU
Use cases collection synthesis
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Common
Demonstrators’
KPIs
definition
Peer-review
process
between
Demonstrators
Common
Demonstrators’
Use Cases
description
Overall
Technical
Coordination
• Technical coordination
of the Demonstrators to
maximize the added
value of the joint impact
at EU level
• Pro-active identification
of barriers faced by
Demos to propose
common solutions
Common work between
Demonstrators
Deliverables consistently
reviewed by another
Demonstrator team to
foster knowledge-sharing
and common work
8 Common Key
Performance Indicators
(KPIs) defined for 2 or
more Demonstrators.
Developed KPIs fed as
input for the development
of EEGI KPIs done within
the scope of GRID+
All Demonstrators Use
Cases modeled using a
common methodology:
the SGAM (Smart Grid
Architecture Model)
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A unique method to describe the use
cases
Thanks to the IEC method, enriched by the work done in M/490
mandate of the European Commission we have been able to describe
each use cases with a common and shared method.
Modeling of the
demonstrators with the SGAM
(Smart Grid Architecture
Model) provided by the WG
Reference Architecture.
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