The European Union aspires to be a frontrunner in the transition towards a low-carbon economy. Its energy policy aims at reconciling climate and environmental objectives, with concerns over security of supply and competitive markets. The restructuring and modernisation of the European energy system is driven by a continuous liberalisation regime in conjunction with the promotion of renewable energy sources and energy efficiency.
The implications of this strategy are manifold, whereof the modernisation and upgrade of the electricity grid is increasingly recognized to be the quintessential prerequisite to meet tomorrow's energy challenges.
The emergence of the Smart Grid has enthused industry and policy makers alike, as it has the potential to be the enabler for a future low-carbon electricity system by facilitating demand-side efficiency, increasing the shares of renewables and distributed energy generation, and enabling electrification of transport. The European Commission views the Smart Grid as the backbone of Europe's future energy infrastructure advancing the development of green energy, while making the system more stable through information and communication technologies. The deployment of Smart Grid implies a technological transformation that will have a deep impact on the whole electricity value chain.
The thesis explores the effects of this transition process with regard to energy market liberalisation, Smart Grid deployment and energy market integration. We scrutinize the relationship of these three variables, by considering Smart Grids as a function of liberalisation, liberalisation as a function of Smart Grid deployment and last but not least market integration as a function of liberalisation and Smart Grid deployment. [...]
Table of Contents
CHAPTER I - INTRODUCTION
1. SETTING THE SCENE
TODAY'S GRID
FROM A DUMB GRID TO A SMART GRID
THE SMART GRID
2. SMART GRID DEFINITION
THE CONCEPT OF A SMART GRID
THE CONCEPT OF A SUPER GRID
SMART GRID, SUPER GRID, SUPER SMART GRIDS
3. PROBLEM FORMULATION
RESEARCH QUESTION
MORE LIBERALISATION, MORE DEPLOYMENT, MORE INTEGRATION
RELEVANCE
READER GUIDANCE
4. METHODOLOGY
HERMENEUTIC APPROACH
QUALITATIVE APPROACH
CASE STUDIES
INTERVIEWS
RESEARCH STRUCTURE
RELIABILITY AND VALIDITY
DELIMITATIONS
CHAPTER II - THEORY OF REGULATION
1. INTRODUCTION
2. REGULATION IN THE EUROPEAN UNION
3. THEORY OF REGULATION
4. THE ECONOMICS OF NATURAL MONOPOLIES AND THEIR REGULATION
CHAPTER III - THE EUROPEAN LEGAL FRAMEWORK
1. THE EVOLUTION OF EUROPEAN ENERGY POLICY
FROM A PIECEMEAL APPROACH TO AN INTEGRATED STRATEGY
2. THE CREATION OF AN INTERNAL ENERGY MARKET
THE LONG AND WINDING ROAD TO THE FIRST ENERGY PACKAGE
SEVERE DEFICIENCIES CALL FOR A SECOND LEGISLATIVE PACKAGE
THE THIRD LIBERALISATION PACKAGE AND THE CURRENT STATE OF AFFAIRS
LIBERALISATION: AN INCREMENTAL YET INCOMPLETE PROCESS
EU MEMBER STATES DIVIDED ON HOW TO SKIN THE CAT
3. THE EUROPEAN LEGAL AND REGULATORY REGIME FOR SMART GRIDS
EU PRIMARY LEGISLATION
EU SECONDARY LEGISLATION ON SMART GRIDS
SOFT LAW AND OTHER POLICY INITIATIVES ON SMART GRIDS
FINAL REMARKS ON THE SMART GRID REGULATORY FRAMEWORK
CHAPTER IV - CASE STUDIES
THE LEGAL AND MARKET ENVIRONMENT FOR SMART GRIDS IN GERMANY AND DENMARK
INTRODUCTION
1. SMART GRIDS IN GERMANY
THE GERMAN CONTEXT
THE GERMAN ENERGY MARKET AND REGULATION
IMPORTANT REGULATORY CONCEPTS
SMART GRID REGULATION IN GERMANY
2. SMART GRIDS IN DENMARK
THE DANISH CONTEXT
THE DANISH ENERGY MARKET AND REGULATION
IMPORTANT REGULATORY CONCEPTS
SMART GRID REGULATION IN DENMARK
CHAPTER V - TRANSFORMING THE EUROPEAN ENERGY SYSTEM
1. A DEFICIENT DEFINITION
2. MORE LIBERALISATION
LIBERALISATION - A CATALYST FOR INNOVATION
LIBERALISATION - A STIMULUS FOR COMPETITION
LIBERALISATION - AN OBSTACLE TO EFFECTIVE COORDINATION
UNBUNDLING - A DRIVER FOR CONSOLIDATION IN TRANSMISSION AND DISTRIBUTION
LIBERALISATION - NEXT STEP, EFFECTIVE DSO UNBUNDLING
BREAKDOWN
3. MORE DEPLOYMENT
A GAME-CHANGING PLATFORM
ENABLING COMPETITION
COMPETITION AS AN INDICATOR FOR LIBERALISATION
BREAKDOWN
4. MORE INTEGRATION
ENERGY MARKET LIBERALISATION IS THE CORNERSTONE OF ENERGY MARKET INTEGRATION
DO SMART GRIDS REALLY MATTER FOR EUROPEAN ENERGY MARKET INTEGRATION?
BREAKDOWN
5. SMART GRID INVESTMENTS
6. TRANSFORMING EUROPE'S ENERGY SYSTEM
CHAPTER VI - CONCLUSION
1. REINSERTING THE RESEARCH RESULTS INTO ITS CONTEXT
AN EXPLORATION OF THE RELATIONSHIP OF SMART GRIDS, ENERGY MARKET LIBERALISATION AND EUROPEAN ENERGY MARKET INTEGRATION
2. BEST PRACTICE REGULATORY FRAMEWORK FOR SMART GRID DEPLOYMENT
GUIDING PRINCIPLES
REGULATORY MEASURES
3. PERSPECTIVES
FURTHER RESEARCH
LIMITATIONS
Research Objectives and Themes
This master thesis investigates how the deployment of Smart Grids and energy market liberalisation affect the transformation of the European energy system. It focuses on the interplay between three key variables: market liberalisation, Smart Grid deployment, and market integration, aiming to provide recommendations for a best-practice regulatory framework.
- Analysis of the relationship between energy market liberalisation and Smart Grid innovation.
- Evaluation of how Smart Grid deployment influences competition within the electricity value chain.
- Examination of the role of regulation in facilitating or hindering Smart Grid implementation.
- Comparative case studies of Germany and Denmark to derive best-practice insights.
- Exploration of how liberalisation and Super Grids contribute to European energy market integration.
Excerpt from the Book
FROM A DUMB GRID TO A SMART GRID
The energy challenge that Europe faces is multifaceted, including increasing energy prices, the increased need for renewable energy production, energy efficiency, weighty environmental concerns over the effect of greenhouse gas emissions and sustainability. Therefore, it is of great importance to prioritize measures that enable all EU Member States to enter a competitive and reliable decarbonised power system as fast as possible. The Commission’s Communication Roadmap for moving to a competitive low-carbon economy in 2050 identifies Smart Grids as a key enabler for a future low-carbon electricity system, facilitating demand-side efficiency, increasing the shares of renewables and distributed generation, and enabling electrification of transport. The Commission views the Smart Grid as the backbone of Europe's future energy infrastructure, while emphasising that without a serious upgrade of existing grids and metering,
'renewable energy generation will be put on hold, security of the networks will be compromised, opportunities for energy saving and energy efficiency will be missed, and the internal energy market will develop at a much slower pace.'
From the above statement it becomes clear that the expectations towards Smart Grid technology are immensely high, as the prospect of reconciling economic growth, sustainability, energy security, and competitiveness inspires a new economic paradigm and an optimistic vision of a third industrial revolution.
Summary of Chapters
CHAPTER I - INTRODUCTION: This chapter introduces the research context, sets the scene regarding the limitations of the current electricity grid, defines the Smart Grid concept, and outlines the research question and methodology.
CHAPTER II - THEORY OF REGULATION: This chapter provides a theoretical framework for regulation, reviewing public interest and Chicago school theories, and discusses the economics of natural monopolies in the context of utility regulation.
CHAPTER III - THE EUROPEAN LEGAL FRAMEWORK: This chapter details the historical evolution of EU energy policy and the legal regime governing Smart Grids, including the impact of successive liberalisation packages.
CHAPTER IV - CASE STUDIES: This chapter examines the specific legal and market environments for Smart Grids in Germany and Denmark, highlighting national approaches to regulation and implementation.
CHAPTER V - TRANSFORMING THE EUROPEAN ENERGY SYSTEM: This chapter performs a core analysis of the research hypotheses, evaluating the impact of liberalisation on innovation, competition, and market integration.
CHAPTER VI - CONCLUSION: This chapter synthesizes the findings and offers a set of best-practice regulatory recommendations for Smart Grid deployment in the European Union.
Keywords
Smart Grids, European Energy Policy, Market Liberalisation, Energy Market Integration, Renewable Energy, Electricity Regulation, Natural Monopolies, Demand Side Management, Super Grid, Energy Infrastructure, Sustainability, Competition, DSO, TSO, Regulatory Framework
Frequently Asked Questions
What is the core focus of this master thesis?
The thesis explores the complex relationship and reciprocal effects between Smart Grid deployment, the liberalisation of the European energy market, and the overall integration of energy markets in Europe.
What are the primary thematic areas covered?
The research covers regulation theory, the historical and current legal framework of EU energy policy, comparative national case studies (Germany and Denmark), and the analysis of Smart Grid impacts on competition and market structure.
What is the central research question?
The central question is: "How is Smart Grid deployment and energy market liberalisation affecting the transformation of the European energy system?"
Which scientific methods are applied in the study?
The authors employ a qualitative approach, utilizing a triangulation of data that includes an extensive legal review, two in-depth national case studies, and twelve semi-structured stakeholder interviews.
What topics are discussed in the main analysis?
The main part analyzes whether liberalisation promotes Smart Grid innovation, how Smart Grid deployment stimulates competition, and whether these factors contribute to the deeper economic integration of the European energy market.
Which keywords characterize this work?
Key terms include Smart Grids, energy market liberalisation, European legal framework, natural monopolies, competitive retail markets, and regulatory best practices.
How does the thesis compare Germany and Denmark?
Germany is analyzed as a large economy with a recent energy policy U-turn ("Energiewende"), while Denmark is studied as a frontrunner in renewable energy with a highly agile and flexible approach, providing contrasting yet complementary insights.
What recommendations does the research offer?
The conclusion suggests a "best practice" regulatory framework that includes providing regulatory certainty, aligning private and societal interests, using market forces, and ensuring the active involvement of stakeholders in policy design.
- Arbeit zitieren
- Leonard Coen (Autor:in), Jean-Luc Frast (Autor:in), 2012, Transforming the European Energy System, München, GRIN Verlag, https://www.grin.com/document/338084
