Shaping an Inclusive Energy Transition.
Main Author: | |
---|---|
Other Authors: | , |
Format: | eBook |
Language: | English |
Published: |
Cham :
Springer International Publishing AG,
2021.
|
Edition: | 1st ed. |
Subjects: | |
Online Access: | Click to View |
Table of Contents:
- Intro
- Foreword
- Preface
- Contents
- About the Editors
- Introduction
- A Wake-Up Call to Inequality
- Sustainable Energy
- Transition or Disruption?
- The Way Forward
- References
- Infrastructure and Values
- Rethinking Infrastructure as the Fabric of a Changing Society
- Introduction
- Structure and Purpose of This Chapter
- Defining Infrastructure
- Out of Sight, Out of Mind?
- How Do We See Infrastructure?
- How Do We Experience Infrastructure?
- How Do We Value Infrastructure?
- Traditional Values in Infrastructure Systems and Services
- Information and Telecommunication Services
- Gas and Heat Provision
- Electricity Provision
- Other Infrastructure Services
- Decentralisation
- Digitilisation of Infrastructure
- Infrastructure Interdependencies
- New Challenges for the Governance of Energy Infrastructure
- Coordination of Transactions in Energy Infrastructure
- Transaction Cost Economics in Heat Networks
- Emerging Value Tensions in Energy Infrastructure Governance
- Infrastructure and Inequality
- New Challenges for Infrastructure Policy
- Towards a New Public Debate
- References
- Perspectives on Justice in the Future Energy System: A Dutch Treat
- Introduction
- Public Values and Energy Supply
- Energy Supply as a Utility Sector
- Social Acceptance and Energy Infrastructure
- The Energy Transition Enters the Front Door
- Energy Justice
- Justice Assessment in the Energy System
- Energy Justice in a Multi-level Framework
- Identification of Claims of Energy Justice
- Values in the Energy Transition
- The Landscape Level
- The Socio Technical System Level
- The Niche Level
- Conclusion
- References
- The Hidden Dimension of the Energy Transition: Religion, Morality and Inclusion-A Plea for the (Secular) Sacred
- Life-Size Dilemmas
- Latour: The Hidden Dimension.
- The Idea of Broken Connections
- The Question of the Sacred
- The Hidden Dimension in the Worlds of Engineers, Policy Makers, and Politicians
- Practice Approaches
- Triple I Framework: Three Perspectives
- Feelings of Unease
- A Plea for the (Secular) Sacred
- Action Perspectives
- References
- The Technological Design Challenge
- Hydrogen-The Bridge Between Africa and Europe
- Introduction
- Renewable Energy Resources in Europe and North Africa
- Energy in Europe
- Energy in North Africa
- Hydrogen in Europe and North-Africa
- Production Cost of Hydrogen
- Infrastructure in Europe
- Infrastructure Europe-North Africa
- Hydrogen Storage
- A Different Approach
- Re-Use Gas Infrastructure
- Develop Large Scale Hydrogen Storage
- 50-50
- 2050 Final Energy Demand Split in 50% Electricity and 50% Hydrogen
- Europe Needs North Africa for Green Hydrogen
- What Needs to be Done?
- Towards a Sustainable and Inclusive Energy System
- Affordable
- Accessible
- Secure
- Reliable
- Fair
- Conclusions and Required Political Agenda
- References
- Decentralised Control and Peer-To-Peer Cooperation in Smart Energy Systems
- The Rise of Local Energy Communities
- Bottom-Up Control and Top-Down Control Meeting in the Middle
- Going Completely Decentral: Peer-To-Peer
- Peer-To-Peer Control, Communication and Trading
- Data-Driven Approaches and Machine Learning
- Conclusion: Power to the People
- References
- The Institutional Design Challenge
- EU Energy Policy: A Socio-Energy Perspective for an Inclusive Energy Transition
- Introduction
- The Social Dimensions of EU Energy Policy: The Role of Consumers and Communities
- First Steps in the EU Internal Energy Market
- Towards a Common Energy Union Strategy: Energy Consumer at the Centre.
- From Consumers to Citizens' Joint Actions: The Collective Dimension of EU Energy Policy
- The Twin EU Energy and Digital Transitions
- The Social Dimension of EU: Energy as a Fundamental Right
- The Way Forward: Energy Democracy and Energy Justice
- A Framework for an Inclusive Energy Transition
- A Socio-Energy Approach: The Dimensions
- Critical Aspects of the Energy Transformation
- A Socio-Energy System Approach to Smart Metering Infrastructure
- Concluding Remarks
- References
- Moving Towards Nexus Solutions to 'Energy' Problems: An Inclusive Approach
- Introduction
- The Conceptual and Empirical Context of Fuel Poverty in Sofia
- Understanding Fuel Poverty-Useful Conceptual Frameworks
- Empirical Context of Fuel Poverty in Bulgaria
- Technology Issues: Inefficiencies and Lock-In
- Cost, Access and Billing
- Still a Price to Pay Even if Disconnected
- Understanding the Fuel Poverty-Air Pollution Nexus in Sofia
- Systems of Provisioning and User Practices: Urban Gardening, Making Zimnina and Domestic Heating
- Understanding the Fuel Poverty-Air Pollution Nexus in Sofia
- Framing Inclusive Nexus Solutions for Inclusive Energy Transitions: Reflections and Conclusions
- References
- Good Governance and the Regulation of the District Heating Market
- Introduction
- Role and Function of the Principles of Good Governance
- The Concepts of Energy Democracy and Energy Justice
- The Principles of Good Regulation
- Independence
- Accountability
- Transparency
- Participation
- Effectiveness
- Efficiency
- Characteristics of the Dutch Heat Market
- Heat Networks
- Features of the Market
- Applicable Laws and Regulations
- Recent Developments-Main Economic and Legal Challenges in the Dutch Heat Market
- Move Away from Gas
- Climate Neutrality of Heat Networks
- Prosumers
- Digitalisation
- Conclusion.
- The Dutch Electricity Market-Main Differences with Regulation of the Heat Market
- Unbundling
- Third-Party Network Access-Electricity
- Supervision
- Assessment
- Unbundling
- Third-Party Access
- Supervision and Participation
- Consumer Participation: Denmark
- Conclusion
- References
- Connecting Technology and Society
- Enabling Public Participation in Shaping the Inclusive Energy Transition Through Serious Gaming-Case Studies in India
- Introduction
- Energy Planning Scenario in India
- Institutional Structure
- Geopolitical Factors
- Environmental Factors
- Technical Factors
- Social Factors
- Monetary Factors
- Serious Games-Role in Shaping an Inclusive Energy Transition
- Case Study: Indian Energy Game
- Enabling Participation
- Coordination Among Players
- Enabling Dialogue
- Case Study: Transport Trilemma
- Capturing the Intangible
- Conclusion
- References
- A Comprehensive Engineering Approach to Shaping the Future Energy System
- Introduction
- Systems Thinking and Complex Adaptive Systems
- Complex Socio-Technical Systems Engineering
- Hydrogen's Role in the Energy Transition
- Car as Power Plant-An Integrated Energy and Mobility System
- Conclusion
- References.