Suchergebnisse

EU Gas Security Architecture -- Acknowledgements -- Contents -- List of Figures -- List of Tables -- 1 Introduction -- 2 Historical Background and Overview -- 2.1 The Age of Oil -- 2.2 The Age of Gas -- 2.3 Relationship with Russia -- 2.4 Implications of Gas Interruptions of 2006 and 2009 -- 3 The European Commission as a Policy Actor -- 3.1 General Literature Review on the Powers of the Commission -- 3.2 Commission-A Policy Entrepreneur in the Energy Sector -- 3.3 Analytical Toolbox -- 3.3.1 The Commission's Goal -- 3.3.2 Different Energy Security Environments -- 3.3.3 Research Strategy -- Note -- 4 Targeting Liberalisation -- 4.1 1980 to 2000 -- 4.2 2000 to 2010s -- 4.2.1 Second Gas Directive -- 4.2.2 Third Gas Directive -- 4.2.3 ACER and Its Activities -- 4.3 Summary of Successful Strategies -- Notes -- 5 Targeting Infrastructure -- 5.1 Background on the Overall Period Under Consideration -- 5.2 1980 to 2000 -- 5.3 2000 to 2010s -- 5.4 Successful Strategies -- 6 The Way Forward -- Bibliography -- Index

A large-scale transformation of the energy system, which climate mitigation entails, is a global and highly politicized problem. This thematic issue brings together scholars who work with Integrated Assessment Models (IAMs)—which are used for Intergovernmental Panel on Climate Change (IPCC) reports and other key analyses of future climate trajectories—and social scientists working on climate and energy issues to highlight how the two strands of research could benefit from combining insights across different disciplines and methods. One of the key messages across almost all contributions is that the more technical perspectives could benefit from adjusting their assumptions to reflect the patterns observed in quantitative and qualitative social science. Combining different disciplines is methodologically challenging but promising to ensure that the mitigation strategies developed are considered technically and politically feasible, as well as just.

The implementation of ambitious climate policies consistent with the goals of the Paris Agreement is fundamentally influenced by political dynamics. Yet, thus far, climate mitigation pathways developed by integrated assessment models (IAMs) have devoted limited attention to the political drivers of climate policymaking. Bringing together insights from the political science and socio-technical transitions literature, we summarize evidence on how emissions lock-in, capacity, and public opinion can shape climate policy ambition. We employ a set of indicators to describe how these three factors vary across countries and regions, highlighting context-specific challenges and enablers of climate policy ambition. We outline existing studies that incorporate political factors in IAMs and propose a framework to employ empirical data to build climate mitigation scenarios that incorporate political dynamics. Our findings show that there is substantial heterogeneity in key political drivers of climate policy ambition within IAM regions, calling for a more disaggregated regional grouping within models. Importantly, we highlight that the political challenges and enablers of climate policy ambition considerably vary across regions, suggesting that future modeling efforts incorporating political dynamics can significantly increase the realism of IAM scenarios.

Economic development, technological innovation, and policy change are especially prominent factors shaping energy transitions. Therefore explaining energy transitions requires combining insights from disciplines investigating these factors. The existing literature is not consistent in identifying these disciplines nor proposing how they can be combined. We conceptualize national energy transitions as a co-evolution of three types of systems: energy flows and markets, energy technologies, and energy-related policies. The focus on the three types of systems gives rise to three perspectives on national energy transitions: techno-economic with its roots in energy systems analysis and various domains of economics; socio-technical with its roots in sociology of technology, STS, and evolutionary economics; and political with its roots in political science. We use the three perspectives as an organizing principle to propose a meta-theoretical framework for analyzing national energy transitions. Following Elinor Ostrom's approach, the proposed framework explains national energy transitions through a nested conceptual map of variables and theories. In comparison with the existing meta-theoretical literature, the three perspectives framework elevates the role of political science since policies are likely to be increasingly prominent in shaping 21st century energy transitions.

The Paris Agreement, adopted in 2015, paved the way for a new hybrid global climate governance architecture with both bottom-up and top-down elements. While governments can choose individual climate goals and actions, a global stocktake and a ratcheting-up mechanism have been put in place with the overall aim to ensure that collective efforts will prevent increasing adverse impacts of climate change. Integrated assessment models show that current combined climate commitments and policies of national governments fall short of keeping global warming to 1.5 °C or 2 °C above preindustrial levels. Although major greenhouse gas emitters, such as China, the European Union, India, the United States under the Biden administration, and several other countries, have made new pledges to take more ambitious climate action, it is highly uncertain where global climate policy is heading. Scenarios in line with long-term temperature targets typically assume a simplistic and hardly realistic level of harmonization of climate policies across countries. Against this backdrop, this article develops four archetypes for the further evolution of the global climate governance architecture and matches them with existing sets of scenarios developed by integrated assessment models. By these means, the article identifies knowledge gaps in the current scenario literature and discusses possible research avenues to explore the pre-conditions for successful coordination of national policies towards achieving the long-term target stipulated in the Paris Agreement.

Frontmatter -- CONTENTS -- THE CONTRIBUTORS -- ACKNOWLEDGEMENTS -- TABLES AND FIGURES -- PREFACE -- 1 INTRODUCTION -- PART 1 ENERGY POLICY DELIVERY IN GENERAL -- 2 SIX MAXIMS FOR INFORMED ENERGY ANALYSIS AND POLICY -- 3 ENDING SUBSIDIES FOR FOSSIL FUEL EXPLORATION IN A WORLD OF UNBURNABLE CARBON -- 4 WERE NORTH SEA OIL AND GAS 'FIELD ALLOWANCES' SUBSIDIES - AND DOES IT MATTER? -- 5 RENEWABLE ENERGY DISPUTES -- 6 USING A LEGACY FRAME TO DELIVER ENERGY AND ENVIRONMENT POLICIES -- 7 THE EMERGENCE OF EU ENERGY LAW -- 8 HOW TO IMPROVE REGULATION -- 9 DELIVERING ENERGY NETWORKS SECURITY: ECONOMICS, REGULATION AND POLICY -- 10 THE ROLE OF MARKETING IN DELIVERING ENERGY LAW AND POLICY -- PART 2 ENERGY POLICY DELIVERY IN THE UNITED STATES -- 11 A BRIEF HISTORY OF US ENERGY POLICY -- 12 APPLYING INNOVATION POLICY TO THE US ENERGY/CLIMATE CHALLENGE -- 13 NATIONAL SCIENTIFIC LABORATORIES AS AN ENERGY POLICY VEHICLE: THE UNITED STATES' EXPERIENCE -- 14 DELIVERING ENERGY POLICY IN THE US: THE ROLE OF TAXES -- 15 DELIVERING THE WIND: DECONSTRUCTING RENEWABLE ENERGY SUCCESS IN TEXAS -- 16 SOLAR RIGHTS IN THE UNITED STATES -- 17 THE US-CHINA CLIMATE AGREEMENT: A NEW DIRECTION -- 18 GOING GREEN: THE UNITED STATES DEPARTMENT OF DEFENSE AND ENERGY SECURITY -- 19 US CONJUNCTIVE WATER MANAGEMENT AND SUSTAINABLE ENERGY DEVELOPMENT -- PART 3 ENERGY POLICY DELIVERY IN THE EUROPEAN UNION -- 20 DELIVERING NEW POLITY: PAVING THE WAY FOR THE EUROPEAN ENERGY UNION -- 21 ANTITRUST ENFORCEMENT IN THE EU ENERGY SECTOR -- 22 DELIVERING ENERGY POLICY IN THE EU: SOME THOUGHTS ON THE ROLE OF CONSUMERS -- 23 THE GROWING IMPACT OF FREE MOVEMENT PROVISIONS IN THE EU ENERGY MARKET -- 24 ENERGY, EXTERNALITIES AND THE NEED TO REVISIT DEUTSCHE BAHN: A PROPOSAL TO REVERSE THE EUROPEAN STANCE ON EU STATE AID LAW AND INTERNATIONAL AVIATION -- 25 RES: TOWARDS A NEW EUROPEAN POLICY -- 26 ENERGIEWENDE IN GERMANY: THE DAWN OF A NEW ENERGY ERA -- 27 WHAT IS A SUSTAINABLE POLICY? A CASE FOR THE ENERGIEWENDE -- 28 THE FINNISH ENERGY POLICY: FULFILLING THE EU ENERGY AND CLIMATE TARGETS WITH NUCLEAR AND RENEWABLES -- 29 THE EU-RUSSIA RELATIONSHIP AND THE EU ENERGY UNION: FROM DEPENDENCE AND VULNERABILITY TOWARDS COMPETITION AND A FREE FLOW -- PART 4 ELECTRICITY POLICY DELIVERY -- 30 THE ROLE OF UNCERTAINTY IN ENERGY INVESTMENTS AND REGULATION -- 31 ENERGY SECURITY IN AN UNPREDICTABLE WORLD: MAKING THE CASE AGAINST STATE AID LIMITATIONS IN ELECTRICITY GENERATION -- 32 DELIVERING A LOW-CARBON ELECTRICITY SYSTEM IN A LIBERALISED MARKET -- 33 A PROPOSAL FOR REFORMING AN ELECTRICITY MARKET FOR A LOW-CARBON ECONOMY -- 34 THE ROLE OF THE DEMAND SIDE IN ELECTRICITY -- 35 REPLACING FOSSIL FUEL GENERATION WITH RENEWABLE ELECTRICITY: IS MARKET INTEGRATION OR MARKET CIRCUMVENTION THE WAY FORWARD? -- 36 SUSCEPTIBILITY OF ELECTRICITY GENERATION TO CLIMATE VARIABILITY AND CHANGE IN EUROPE: A REVIEW OF LITERATURE -- 37 THE EXTERNAL DIMENSION OF CROSSBORDER ELECTRICITY TRANSMISSION PLANNING IN THE EU -- 38 INTEGRATING VEHICLES AND THE ELECTRICITY GRID TO STORE AND USE RENEWABLE ENERGY -- 39 A STITCH IN TIME: COULD IRELAND'S FORTHCOMING WHITE PAPER BREATHE NEW LIFE INTO ITS BRAVE BUT FALTERING RENEWABLE ELECTRICITY POLICY? -- 40 RECENT DEVELOPMENTS IN THE HUNGARIAN ELECTRICITY REGULATORY FRAMEWORK -- PART 5 NUCLEAR ENERGY -- 41 DELIVERING THE REVIVAL OF NUCLEAR POWER -- 42 ENERGY POLICY: THE ROLE OF NUCLEAR POWER -- 43 FINANCING NEW NUCLEAR POWER STATIONS -- 44 UK NUCLEAR NEW-BUILD PLANS IN THE LIGHT OF INTERNATIONAL EXPERIENCE -- 45 DELIVERING UK NUCLEAR POWER IN THE CONTEXT OF EUROPEAN ENERGY POLICY: THE CHALLENGES AHEAD -- 46 NUCLEAR LIABILITY: CURRENT ISSUES AND WORK IN PROGRESS FOR THE FUTURE -- 47 THE PRESENT STATUS OF NUCLEAR THIRD-PARTY LIABILITY AND NUCLEAR INSURANCE -- 48 SMALL MODULAR REACTORS: THE FUTURE OR THE SWANSONG OF THE NUCLEAR INDUSTRY? -- PART 6 RENEWABLE ENERGY -- 49 COHERENT PROMOTION OF RENEWABLES UNDER A CARBON EMISSIONS CAP -- 50 RENEWABLE ENERGY POLICIES CHANGE CARBON EMISSIONS EVEN UNDER EMISSIONS TRADING -- 51 THE RENEWABLE TRAJECTORY: AVOIDING THE TEMPTATION OF CHEAP OIL -- 52 IMPACT OF RENEWABLE PORTFOLIO STANDARDS ON IN-STATE RENEWABLE DEPLOYMENT IN THE US -- 53 RENEWABLE SUPPORT POLICIES IN EUROPE: EVALUATION OF THE PUSH-PULL FRAMEWORK FOR WIND AND PV IN THE EU -- 54 A VIEW FROM THE GLOBAL WIND INDUSTRY -- 55 THE NEW CONCEPT OF COMPETITIVE BIDDING ON PHOTOVOLTAIC IN THE GERMAN RENEWABLE ENERGY ACT 2014 -- 56 LEGAL CERTAINTY FOR GREEN ENERGY PROJECTS: SURE, BUT AT WHAT PRICE? -- 57 THE FUTURE OF HYDROELECTRIC POWER IN THE UNITED STATES: THINKING SMALL -- 58 HYDROPOWER: FROM PAST TO FUTURE UNCERTAINTIES -- 59 RENEWABLE ENERGY PRODUCTION IN MARINE AREAS AND COASTAL ZONE: THE NORWEGIAN MODEL -- 60 THE GEOPOLITICS OF CLEAN ENERGY: RE-ENGAGING WITH RUSSIA THROUGH RENEWABLE ENERGY COOPERATION -- PART 7 FOSSIL FUELS -- 61 TALKING ABOUT SHALE IN ANY LANGUAGE -- 62 THE SHALE REVOLUTION, FRACKING AND REGULATORY ACTIVITY IN THE US: A POLICY DIVIDED -- 63 FRACTURED SYSTEMS: A MULTIPLE POLICY PROPOSAL FOR PROMOTING SAFE SHALE GAS DELIVERY IN THE UNITED STATES -- 64 PREPARING PENNSYLVANIA FOR A POST-SHALE FUTURE -- 65 THE DECLINE OF COAL AND THE ECONOMIC TOLL ON THE APPALACHIAN REGION -- 66 THE EU NETWORK CODES AND PROSPECTS OF CROSS-BORDER NATURAL GAS PIPELINE PROJECTS -- 67 BUILDING THE ENERGY UNION: THE PROBLEM OF CROSS-BORDER GAS PIPELINE INTERCONNECTIONS IN BALTIC, CENTRAL AND SOUTHEASTERN EUROPE -- 68 EMINENT DOMAIN AUTHORITY FOR UPSTREAM GAS INFRASTRUCTURE: AN ALTERNATIVE APPROACH -- 69 PETROLEUM LICENSING ON THE UKCS FIFTY YEARS ON: PROBLEMS, SOLUTIONS AND MORE PROBLEMS? -- 70 GREENLAND OFFSHORE PETROLEUM REGULATION TOWARDS 'THE BLUE ARCTIC' -- PART 8 ENERGY JUSTICE -- 71 ENERGY JUSTICE: THE YIN AND YANG APPROACH -- 72 SUSTAINABLE DEVELOPMENT AND ENERGY JUSTICE: TWO AGENDAS COMBINED -- 73 ASSESSING THE JUSTICE IMPLICATIONS OF ENERGY INFRASTRUCTURAL DEVELOPMENT IN THE ARCTIC -- PART 9 ENERGY POVERTY AND HEALTH -- 74 ENERGY POVERTY AND AFFORDABLE SUSTAINABLE ENERGY TECHNOLOGIES (ASETS) -- 75 CHALLENGING ENERGY POVERTY POLICIES: INSIGHTS FROM SOUTH-EASTERN EUROPE -- 76 POLICY CHANGES FOR FUTUREPROOFING HOUSING STOCK -- 77 CHALLENGES FOR HEALTH SERVICES IN IDENTIFYING WHICH GROUPS ARE MOST VULNERABLE TO HEALTH IMPACTS OF COLD HOMES -- 78 ENERGY, LIFE, METABOLISM AND THE FOOD CHAIN -- PART 10 ENERGY EFFICIENCY AND DEMAND -- 79 ENERGY EFFICIENCY AND ENERGY DEMAND -- 80 ENERGY DEMAND REDUCTION POLICY -- 81 DEMAND RESPONSE IN WHOLESALE MARKETS -- 82 PERCEIVED EFFECTIVENESS OF DIFFERENT METHODS OF DELIVERING INFORMATION ON ENERGY EFFICIENCY -- 83 DEVELOPING BEHAVIOURAL INTERVENTIONS: THREE LESSONS LEARNED FOR DELIVERING ENERGY POLICY -- 84 POLICY MIXES IN STIMULATING ENERGY TRANSITIONS: THE CASE OF UK ENERGY EFFICIENCY POLICY -- 85 THE JOURNEY OF SMART METERING IN GREAT BRITAIN: A REVISIT -- 86 RETHINKING HOUSEHOLD ENERGY CONSUMPTION STRATEGIES: THE IMPORTANCE OF DEMAND AND EXPECTATIONS -- 87 FINANCIAL INCENTIVES FOR ENERGYEFFICIENT APPLIANCES -- PART 11 ENERGY SECURITY -- 88 ENERGY SECURITY AND ENERGY POLICY INCOHERENCE -- 89 DESIGNING INTERNATIONAL TRADE IN ENERGY GOVERNANCE FOR EU ENERGY SECURITY -- 90 NATO AND EUROPEAN ENERGY SECURITY -- 91 GENEALOGY OF THE CURRENT GAS SECURITY SITUATION IN THE EU-UKRAINE-RUSSIA ENERGY TRIANGLE AND THE ROLE OF INTERNATIONAL LAW -- PART 12 COUNTRY-SPECIFIC AND INTERNATIONAL ENERGY POLICY DELIVERY -- 92 GERMAN ENERGY LAW -- 93 DELIVERING ENERGY LAW AND POLICY IN MALTA -- 94 DELIVERING ENERGY EFFICIENCY POLICIES IN ROMANIA -- 95 ENERGY LAW IN THE CZECH REPUBLIC: 'UNBUNDLING' ČEZ -- 96 DELIVERING ENERGY POLICY REFORM IN UKRAINE: LEGAL ISSUES IN THE LIGHT OF EUROPEAN INTEGRATION -- 97 A SYSTEMIC APPROACH TO RENEWABLE ELECTRICITY TECHNOLOGY DEPLOYMENT: THE 'MISSING LINK' IN OPTIMISING POLICY DELIVERY IN THE UK? -- 98 DELIVERING ENERGY POLICY: IS THERE NEED FOR KEY CHANGES IN THE NEXT UK PARLIAMENTARY PERIOD? -- 99 ENERGY AND THE STATE IN THE MIDDLE EAST -- 100 DELIVERING ENERGY POLICY IN ARGENTINA -- 101 THE ARCTIC: SOURCE OF ENERGY? SOURCE OF CONFLICT? SOURCE OF POLICY INNOVATION -- PART 13 CITIES, COMMUNITY ENERGY AND PUBLIC ENGAGEMENT -- 102 DELIVERING ENERGY (OFTEN) REQUIRES PUBLIC