the european energy policy the role of entso-e and of tsos
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THE EUROPEAN ENERGY MARKET
AND THE ROLE OF ENTSO-E &
TRANSMISSION SYSTEM OPERATORS
The Energy Trilemma
Competitiveness Security of Supply
Climate ChangeDelivering policies solving
the energy Trilemma is one
of the most difficult
challenges governments
and industry have to face.
Energy Union is set up to solve the trilemma
The TSOs
…are instrumental to enable the
energy transition
The Energy Union
…is Europe's answer to solving the energyTrilemma, and to deliver the necessarytransformation of the energy system
The 2030 EU Council Targets and the Electricity Transmission System
10% by 2020
15% by 2030
Interconnection target
IMPORTANT
regional differences & needs
must be considered
About 45% of RES generation in the electricity
transmission system
+27% energy
efficiency
-40% CO2
emissions
27% Renewable
Energy Sources
Structure of the EU electricity markets
Production
Transmission
Distribution
Sales
Wholesale
Open to competition
Natural monopolies
ENTSO-E
represents
transmission system
operators at EU
level
Ten-Year Network Development
Plans
Network Codes development
and implementation
Regional cooperation and
Adequacy forecast
Market transparency platform
ENTSO-E’s main tasks
What is a Network Code?
A set of rules applying to one aspect of the energy sector
Which are developed by ACER, ENTSO-E & stakeholders
And become legally binding after the Comitology process
Hence they will have the same status as any other Regulation
3ConnectionNetwork Codes 3
MarketNetwork Codes 4
OperationalNetwork Codes
set requirements for:
- Generators
- Demand-side
- HVDC connections
set market rules for:
- Day ahead/intraday & Capacity calculation
- Long-term timeframes
- System balancing
set common rules for:
- Assessing adequacy
- Planning outages
- System security
- Emergency situations
Internal Electricity Market
… day-ahead market coupling…
…paving the way for offshore wind…
…regional security coordination initiatives…
Network Codes: the Foundations of the EU internal electricity market
A Complex, Interlinked, and Strong Regulatory Environment
Network
CodesID
DA/ID link to
Governanceguideline
DA
CC
All market codes link to transparency regulation
FCA
FCA Linked to MIFID
EB
DCC
Both linked to energy efficiency directive
RfG
All connection
codes linked to existing
standards
HVDC
Linked to smart grid initiatives through
DSR
All connection codes link
to EB
All connectioncodes link
to OS
CC link to OS/OPS due
to CGM
LFCR closely
linked to EBOS
OPS EP
LFCR
LFCR/OS closely linked
DA
Stakeholders
Industry
associations
Market
participants
Consumers
Power
exchanges
Regulators
Bottom-up
collaborative process
TYNDP: Network Investments for the 2020 and 2030 Targets
Investment in European Infrastructure€150 bn towards 2030
20 % CO2 reduction in
the power sector
60 % of total consumption
covered by RES
Power price reduction 2
and 5 €/MWh
Ten-Year Network
Development Plan
• 25 000 km DC lines/cables
• 30 000 km AC lines
Energy Region”s: The Regional Security Coordination Initiatives (RSCIs)
The Central Information Transparency Platform*live as of 5 January 2015*
Commission Regulation 543/2013: Need for transparency in electricity markets
Central Information TransparencyPlatform provides data on:
• Load
•Generation
•Transmission
•Outages
•Balancing
•Congestion management
Transparency Platform:
https://transparency.entsoe.eu/