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Objecves: • The project aims at developing a new planning methodology able to deliver, within forty months, a first version of coherent Modular Development Plans of the pan-European power transmission system, going from 2020 to 2050 • The resulng pan-European grid is supposed to enable electricity market integraon and the 2050 decarbonizaon goals of the electricity system, therefore integrang large quanes of renewables to be transported over long distances from producon sites to load centers Workflow The newly developed top-down, modular, long-term planning approach follows five main steps, within which stakeholders from all over Europe are invited to discuss assumpons, intermediate and final results during external workshops and consultaons: 1. The development and use of an approach to generate different long-term energy scenarios (generaon, exchanges and consumpon), set on the basis of macro-economic data, where the energy adequacy between generaon, exchanges and consumpon is ensured at the European level whatever the energy scenario studied; 2. The development of scenario quanficaon, using the assumpons about the generaon mix, exchanges and consumpon by area; 3. The use of market and power flow simulaons to idenfy feasible and efficient pan-European grid architectures under each of the above chosen energy scenarios by 2050; 4. A verificaon that the selected reinforcement opons and novel network architecture opons alleviate crical issues focusing on overload problems, and possible voltage and/or stability problems for a given level of system reliability, which in turn allows some of the successful architectures to become part of the final modular development plan over 2020 to 2050; 5. The development of implementaon routes from now to 2050 of the pan-European transmission system, covering each of the studied scenario, and opmized by taking into account social welfare, environmental constraints, as well as grid operaons and governance issues. Contact : [email protected] Web: www.e-highway2050.eu Follow us on Twier: @e_Highway2050 Consorum Coordinator: RTE Qualitative scenarios European clusters Environmental validation Grid simulations Cost Benefit Analysis Modular plan New methodologies Technology database Quantified scenarios In parallel, the possibility to mathemacally formalize such long-term planning methods is invesgated using enhanced opmizaon and advanced simulaon tools. Power localisation for each scenario Grid simulation with potential weakpoints Long term energy assessment for each scenario Grid architectures options Implementation and modular plan 1 2 3 4 5 e-Highway 2050 Modular Development Plan of the pan-European Transmission System for 2050 This project has received funding from the European Union’s Seventh Programme for research, technological development and demonstraon under Grant Agreement n° 308908 2010 2020 2030 2040 2050 Planned projects Envisaged projects Possible projects Possibilities TSO Plan, EU Policies 2050 Energy Pathways (National analysis), FP7 Projects (Susplan, Realisegrid, Twenties, Optimate,…) Electricity Highways NSCOGI TYNDP

Qualitative European Quantified Technology Grid e-Highway 2050 … · 2020. 4. 9. · • The project aims at developing a new planning methodology able to deliver, within forty months,

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Page 1: Qualitative European Quantified Technology Grid e-Highway 2050 … · 2020. 4. 9. · • The project aims at developing a new planning methodology able to deliver, within forty months,

Objectives:• Theprojectaimsatdevelopinganewplanningmethodologyabletodeliver,withinfortymonths,afirstversionofcoherentModularDevelopmentPlansofthepan-Europeanpowertransmissionsystem,goingfrom2020to2050

• Theresultingpan-Europeangridissupposedtoenableelectricitymarketintegrationandthe2050decarbonizationgoalsoftheelectricitysystem,thereforeintegratinglargequantitiesofrenewablestobetransportedoverlongdistancesfromproductionsitestoloadcenters

WorkflowThenewlydevelopedtop-down, modular, long-term planning approachfollowsfivemainsteps,withinwhichstakeholdersfromalloverEuropeareinvitedtodiscussassumptions,intermediateandfinalresultsduringexternalworkshopsandconsultations:

1. Thedevelopmentanduseofanapproachtogeneratedifferentlong-termenergy scenarios (generation,exchangesandconsumption),setonthebasisofmacro-economicdata,wheretheenergyadequacybetweengeneration,exchangesandconsumptionisensuredattheEuropeanlevelwhatevertheenergyscenariostudied;

2. Thedevelopmentofscenario quantification,usingtheassumptionsaboutthegenerationmix,exchangesandconsumptionbyarea;

3. Theuseofmarket and power flow simulations toidentifyfeasibleandefficientpan-Europeangridarchitecturesundereachoftheabovechosenenergyscenariosby2050;

4.Averificationthattheselectedreinforcement optionsandnovel network architecture optionsalleviatecriticalissuesfocusingonoverloadproblems,andpossiblevoltageand/orstabilityproblemsforagivenlevelofsystemreliability,whichinturnallowssomeofthesuccessfularchitecturestobecomepartofthefinalmodulardevelopmentplanover2020to2050;

5. Thedevelopmentofimplementation routesfromnowto2050ofthepan-Europeantransmissionsystem,coveringeachofthestudiedscenario,andoptimizedbytakingintoaccountsocialwelfare,environmentalconstraints,aswellasgridoperationsandgovernanceissues.

Contact : [email protected] Web: www.e-highway2050.eu

Follow us on Twitter: @e_Highway2050

ConsortiumCoordinator: RTE

Qualitative scenarios

European clusters

Environmentalvalidation

Grid simulations

Cost BenefitAnalysis

Modularplan

Newmethodologies

Technology database

Quantifiedscenarios

Inparallel,thepossibilitytomathematicallyformalizesuchlong-termplanningmethodsisinvestigatedusingenhancedoptimizationandadvancedsimulationtools.

Power localisation

for eachscenario

Grid simulationwith potential

weakpoints

Long termenergy

assessmentfor each scenario

Grid architectures

options

Implementationand modular

plan

123 45

e-Highway 2050Modular Development Plan

of the pan-European Transmission System for 2050

ThisprojecthasreceivedfundingfromtheEuropeanUnion’sSeventhProgrammeforresearch,technologicaldevelopmentanddemonstrationunderGrantAgreementn°308908

2010 2020 2030 2040 2050

Planned projects Envisaged projects Possible projects

Possibilities

TSO Plan, EU Policies

2050 Energy Pathways (National analysis),FP7 Projects

(Susplan, Realisegrid, Twenties, Optimate,…)

Electricity Highways

NSCOGI

TYNDP