Electricity Market Design in the European Union
The new legal framework for decarbonising Europe's Electricity Market
Gebonden Engels 2020 1e druk 9789077644690Samenvatting
At the end of 2018 the EU agreed a wholesale overhaul of EU electricity laws with the 'Electricity Market Design' package. The aim of this package is to bring EU electricity law up to date, taking account of its aim to become completely decarbonised by 2050, and to deal with the rapidly increasing level of intermittent renewable electricity in the network.
The share of electricity produced by renewable energy sources is expected to grow to more than 50% in 2030. With this in mind, the electricity market design framework has been modernised to deal with intermittency, with new provisions on storage, capacity mechanisms (introducing a new emissions limit for power plants eligible to receive subsidies) and demand response.
In addition, the role of consumers in the future electricity market has been re-thought and incorporated in the Electricity Market Design, providing the right incentives for consumers to become more active and to contribute to keeping the electricity system stable, as well as new consumer rights.
In order to increase the resilience of the EU electricity system, each EU country is in the future required to define Risk Preparedness plans to be ready to respond to unexpected situations, working closely with neighbouring member states.
The new rules will be supported by a stronger role for the ACER Agency, which coordinates work among national energy regulators, providing additional powers and responsibilities, and thus ensuring that decisions are taken for making best use of an integrated EU energy market to the benefit of all EU citizens.
This new volume, written by all the key Commission officials responsible for drafting, negotiating and now implementing this major new piece of legislation is essential reading for all those involved in the regulation and development of Europe's electricity industry.
Written by:
Mathilde Carbonella, Policy Officer DG ENER, European Commission; Florian Ermacora; Yolanda Garcia Mezquita, Policy Officer DG ENER, European Commission; Andras Hujber, Policy Officer DG ENER, European Commission; Christopher Jones; Martina Leoz Martin-Casallo, Case Handler DG COMP, European Commission; Elaine O'Connell, Policy Coordinator DG ENER, European Commission; Jan Papsch, Team Leader DG ENER, European Commission; Ivan Pearson, Policy Officer DG ENER, European Commission; Michael Schuetz, Policy Officer DG ENER, European Commission; Olgerts Viksne, Programme Manager DG DEVCO, European Commission
Specificaties
Lezersrecensies
Inhoudsopgave
Christopher Jones and Florian Ermacora
1. Climate change – need for action 1
2. A new electricity market design for Europe enabling secure and cost e#ective decarbonisation 2
3. An outlook 8
Chapter 2 Renewable energies in the electricity market 11
Jan Papsch
1. Decarbonisation of the electricity market: a political and technological revolution 11
2. From emergent technology to backbone of the system 14
3. A market $t for renewable energies 16
3.1 Non-discrimination principles 18
3.1.1 Article 3 Electricity Regulation 19
3.1.2 Other non-discrimination principles 26
3.2 Flexible markets 27
3.4 Opening up the markets for system services 34
3.5 Smaller products and aggregation 38
3.6 Adapted tari# incentives 40
4. Renewables $t for the market 40
4.1 !e recast Renewable Energies Directive.. 42
4.2 Dispatch, redispatch and compensation 44
4.2.1 Guaranteeing the capability of networks 45
4.2.2 Dispatch 47
4.2.3 Redispatch and compensation 52
4.3 Balance responsibility 57
Chapter 3 The role of consumers and innovation 61
Ivan Pearson
1. Introduction 61
2. Competition, consumer protection, and consumer information 64
2.1 Market opening and retail price regulation 65
2.2 Vulnerable customers and energy poverty 75
2.3 Contractual conditions 2.4 Supplier switching 83
2.5 Comparison tools 86
2.6 Bills 90
2.7 Alternative Dispute Resolution 98
3. Innovation 100
3.1 Demand response 102
3.2 Active customers 110
3.3 Citizen Energy Communities 114
3.4 Smart metering systems 119
3.5 Data management 126
3.6 Distribution System Operators 132
3.7 Energy storage 140
3.8 Electric vehicles 150
Chapter 4 Capacity mechanisms 155
András Hujber and Mathilde Carbonnelle
1. Introduction 155
2. Why should the EU be concerned? 156
3. Rules before the Market Design Initiative 158
3.1 Internal energy market rules 158
3.2 State aid rules 158
4. New approach to Capacity Mechanisms 160
4.1 Market reforms alongside capacity mechanisms 160
4.2 New rules for capacity mechanisms 161
4.2.1 EU & national adequacy assessments 161
4.2.2 Setting of reliability standards162
4.2.3 Cross-border participation163
4.2.4 Design of capacity mechanism 166
4.2.5 CO2 emission limit 168
5. Conclusion 170
Chapter 5 Making electricity flow in Europe – strengthening regional system operation 171
Maria E. Leoz Martin-Casallo and Elaine O’Connell
1. Introduction 171
2. Regional cooperation of TSOs 173
2.1 !e shi% from a voluntary approach to a mandatory cooperation framework 173
2.2 !e new rules on regional coordination centres 176
2.2.1 General framework 176
2.2.2 Geographical scope 177
2.2.3 Tasks 178
2.2.4 Competences and liability arrangements of RCCs 183
2.2.5 Governance 185
2.2.6 Transparency and reporting obligations 187
2.2.7 Timeline for implementation 188
3. Regulatory oversight of RCCs 189
3.1 Joint regulatory oversight of RCCs at regional level 189
3.2 ACER’s role regarding RCCs 190
3.3 Role of ENTSO-E and of Member States regarding RCCs 191
4. Cross-border Electricity Trading 192
4.1 !e shi% from voluntary pilot projects to a mandatory approach 192
4.1.1 !e development of the Target Model 192
4.1.2 Early challenges for the full implementation of the CACM Guideline 194
4.1.3 Electricity market design in the context of the legal treatment of electricity in Union legislation and relevant antitrust investigations 197
4.2 !e new framework for addressing internal congestion 199
4.2.1 Bidding zones – Key principles 199
4.2.2 Options for addressing congestion 200
4.3 Rules for cross-border electricity trading 205
4.3.1 Principles of maximisation and non-discrimination 205
4.3.2 Maximising trade through a new target 205
4.3.3 Cost sharing principles 208
4.3.4 Transparency, operational security and reporting obligations 210
Chapter 6 Risk prepared electricity markets213
Olgerts Viksne and Yolanda Garcia Mezquita
1. Introduction 213
2. Background of the Regulation 213
3. !e negotiations that led to the agreement to set a new framework for risk preparedness 218
3.1 Proposal of the European Commission 218
3.2 Inter-institutional negotiations 218
4. !e new framework for risk preparedness 219
4.1 Common methods for assessing risks related to security of supply 219
4.1.1 Methodology for identifying electricity crisis scenarios at a regional level 219
4.1.2 Methodology for short-term and seasonal adequacy assessments 221
4.2 Common rules on crisis prevention 223
4.2.1 Regional approach 223
4.2.2 Designation of a competent authority 223
4.2.3 Identi$cation of crisis scenarios at regional and at national level 224
4.2.4 Risk-preparedness plan 225
4.2.4.1 Establishment of risk-preparedness plans 225
4.2.4.2 Content of risk-preparedness plans as regards national measures 226
4.2.4.3 Content of risk-preparedness plans as regards regional and bilateral measures 228
4.2.4.4 Assessment of the risk-preparedness plans by the European Commission 229
4.3 Managing electricity crisis 231
4.3.1 Cooperation and assistance 231
4.3.2 Information sharing 232
4.3.3 Observance of market rules 233
4.4 Evaluation and monitoring 234
4.4.1 Ex-post evaluation of electricity crisis 234
4.4.2 Monitoring security of electricity supply at EU level 235
Chapter 7 A reinforced governance of the European electricity market 237
Michael Schütz
1. Introduction 237
2. Associations of grid operators at EU level 240
2.1 New European entity for distribution system operators240
2.2 ACER’s powers to request information 246
2.3 Reinforced oversight over ENTSO-E and other entities 248
3. Developing, adopting and amending Network Codes and Guidelines 251
4. ACER and its arbitration function 256
4.1 Background 256
4.2 Compulsory arbitration 257
4.3 Voluntary arbitration 260
5. ACER’s role in implementing Network Codes and Guidelines 262
5.1 Pan-EU terms and conditions or methodologies 262
5.2 Regional EU terms and conditions or methodologies 263
5.3 Terms and conditions or methodologies under new Delegated Acts265
6. Adoption of acts by ACER 267
6.1 Procedural safeguards in case of individual decisions 267
6.2 Extending the scope of the Board of Regulators 269
6.3 Process for adopting acts 270
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