Innovations and challenges of the energy transition in smart city districts

Preface
Foreword of the Editors
Contents
Enablers and Barriers to the Sustainable Transformation of Urban Districts
Contributors
1 Presentation of the “ENaQ” Energy Transition Lighthouse
2 Regulatory and Legal Challenges for District Energy Systems in Practice and Research
3 Multi-Objective Design Optimisation of District Energy Supply – The Influence of Different Domestic Hot Water Concepts
4 District Energy Management Scheduling using a Participatory Local Energy Market
5 Establishing a Smart City Data and Interoperability Platform
6 The Role of Citizen Participation in Developing a New Energetically Efficient Quarter – Limitations and Success Factors
7 “Mixed Reality Systems in the Participation in Urban Land Use Planning.”
8 Participatory Processes in Geodata-Based Thermal Energy Planning
9 Climate District Neue Weststadt
10 Climate Impact of Green Hydrogen in an Urban Context
11 Developing Sustainable City Districts: A Practitioner’s Report on Klimaquartier Neue Weststadt
12 Design of a Mobility Infrastructure in the Urban District with Special Consideration of the Public and Private Charging Infrastructure and the Expansion of the Bus Overhead Line Network
13 Power System Supporting Control Strategy for Es_West_P2G2P – from Idea to Implementation
14 Social Research to Enable Human- Oriented Energy Transition. Results from a Climate District
15 Integrated Research Approach of the Lighthouse Project EnStadt:Pfaff
16 Need for Further Development in Urban Land Use Planning to Enable Climate-neutral Districts
17 Methods for the Development of Energy Concepts for Climate Neutral Neighbourhoods
18 Greenhousegas Balancing and Life Cycle Analysis in the Context of Climate-Neutral Neighbourhoods
19 A Climate-Neutral Smart City District Supported by Digital Solutions
20 Technologies for Climate Neutral Districts: Agent Based Energy Management and Blockchain Based Organization for Energy Communities
21 Learning from Climate-Neutral Neighbourhoods: Social Scientific Work in the Living Lab EnStadt:Pfaff
22 QUARREE100 – Resilient, Integrated, System-Serving and Sustainable Energy Supply Systems in Existing Urban Quarters in the Context of Regional Structural Processes
23 Renewable Energy Communities – A New Model for Neighbourhoods?
24 Integration of Heat Consumers into Green Heating Networks – Municipal Control Instruments
25 Development and Basic Conceptualization of Digital Decision Support Tools to Promote Participation Processes in Energy Transition
26 Stochastic Modelling and Economic Analysis of Systems for using Volatile Solar Power
27 Resilient Energy System Design of Low Emission Districts – A Model Chain from National Scenarios to Plant Operation
28 Challenges for Establishing a Municipal Heating Company from a Research Project
29 Design and Integration of Large Heat Pumps for District Heating with heterogeneous building structures
30 Quantification of Regional Economic Effects through a Sustainable Heat Supply of a Neighbourhood
31 Presenting the lighthouse of energy transition „STADTQUARTIER 2050“
32 Solutions for Climate-Neutral District Concepts
33 ZED (Demonstrating Zwickau’s Energy Transition): Innovations and Transformation for the Energy Turnaround -Electrical-Thermal Wide Area Synchronous Grid as the Basis for Energy-Efficient and Socially Fair Quarter Development
34 Thermal Smart Grid for Decentralised Heat Supply in the Quarter
35 Heat-Pump-Based Local District Heating System with Hot Water Store
36 Interconnection of Smart Homes and Smart Buildings as a Building Block of Smart Cities
37 Forecast-Based Storage Control at Quarter Level
38 User-Centred and Sustainable Local Mobility – A Participatory Approach in the Neighbourhood
Index