Table 2 Studies on German Energiewende [43]
From: Urban expansion of Energiewende in Germany: a systematic bibliometric analysis and literature study
Authors | Field | Issues | Country/city | Urban expansion specific? | Date of publication |
|---|---|---|---|---|---|
Bulkeley, Betsill [32] | Urban politics of climate change | Urban governance of climate change | Partly Germany | Yes | 2013 |
Hall et al. [33] | Utility ownership | Remunicipalization of power sector | Partly Germany | No | 2013 |
Burger et al. | Energy market | Disruption of utility, challenges | Germany | No | 2014 |
Galvin, Gubernat | Rebound effect studies | Effect of energy efficiency on increased energy consumption | Germany | No | 2016 |
Truffer et al. | Technology assessment | Electric mobility | Germany | No | 2017 |
Loßner et al. | Economic assessment | Virtual power plants in the German energy market | Germany | No | 2017 |
Centgraf | Civic engagement | Human scale development approach supporting civic engagement—German energy cooperatives | Germany | No | 2018 |
Leiren, Reimer | Renewable energy policy | policy shift from feed-in tariffs to auction | Germany | No | 2018 |
Weiss et al. | Energy market | Disruption of utility business models in the “prosumager-world, digitalization, decentralization, and decarbonization | Germany | No | 2019 |
Busch-Geertsema et al. | Climate strategy analysis | German transport | Germany | No | 2019 |
Arning, Ziefle | Public actor survey | Anti-decarbonization efforts and the pro-diesel protest movement | Germany | No | 2020 |
Bosch, Schmidt | Social study of energy transition | Inequalities and injustices of the German Energiewende | Germany | No | 2020 |
Fabianek et al. | Green power | Electric vehicles | Germany | No | 2020 |
Leonzio | Technology assessment | Power-to-gas plant | Germany | No | 2020 |
Pinker et al. | Actions and politics | Energy initiatives and the politics of regulation | Partly Germany | No | 2020 |
Sturm [34] | Politics, policies, paths study | Challenges and drawbacks of energy transition | Germany | No | 2020 |
Günther et al. | Tariff, capacity investment | Prosumage | Germany | No | 2021 |
Morlet, Keirstead [35] | Business, economics | Lowest cost technology pathways to achieve emission reduction targets | Berlin | Yes | 2013 |
Bulkeley et al. | Climate justice | Climate justice focused on urban climate change actions | German cities | Yes | 2014 |
Fuchs, Hinderer | Renewable energy governance | Local renewable energy governance | Berlin | Yes | 2014 |
Mainzer et al. | Technical potential assessment | Technical potential for residential-roof-mounted photovoltaic systems in Germany | All 11,593 German municipalities | Yes | 2014 |
Blanchet | Urban struggle over energy transition | Grassroots initiatives affect local energy policymaking | Berlin | Yes | 2015 |
Mattes et al. [36] | Business | Energy transitions in small-scale regions | Emden and Bottrop | Yes | 2015 |
Moss et al. | Energy politics | Role of environmental groups in remunicipalization of grids | Berlin | Yes | 2015 |
Urbaneck | RE cogeneration pathway study | Solar district heating | East Germany | Yes | 2015 |
Viétor et al. | Barrier study | Decentralized combined heat and power | Ruhr Valley | Yes | 2015 |
Becker et al. | Actor study | Influence of social movements as actors in urban energy politics | Hamburg and Berlin | Yes | 2016 |
Beermann, Tews | Actor study | Reinvention of the local RN initiatives | Local renewable energy initiatives | Yes | 2017 |
Saighani, Sommer | Regional transport market | Renewables for regional transportation | Northern Hesse | Yes | 2017 |
Münzberg et al. [37] | Vulnerability assessment | Responses of German disaster management system to power outage | Mannheim | Yes | 2017 |
Brummer | Expertise, social capital, and democracy | Organizational governance and decision-making | Renewable Energy Cooperatives | Yes | 2018 |
Busch et al. | Local climate governance | Transnational municipal climate networks (TMCNs) impact local climate governance | Seven German cities | Yes | 2018 |
Dunkelberg et al. | Low-carbon heat supply | Low-temperature district heating system | Berlin | Yes | 2018 |
Fastenrath, Braun [38] | Sustainability transition pathways | Energy-efficient buildings | Freiburg | Yes | 2018 |
Frank et al. [39] | Policy mix | General innovation policy criteria | 727 middle and large German municipalities | Yes | 2018 |
Hellweg [40] | Case study | Building energy efficiency | Wilhelmsburg | Yes | 2018 |
Hirschl | Climate strategy analysis | Conflict between carbon neutrality needs and actual politics | Berlin | Yes | 2018 |
Köhrsen | Innovative approach to energy transition | Urban energy transitions as social fields | Emden | Yes | 2018 |
Mahzouni | Sustainability transition pathways | Urban brownfield redevelopment and energy transition pathways | Three city districts in Freiburg: Rieselfeld, Vauban, and Gutleutmatten | Yes | 2018 |
März [41] | Spatial multi-criteria decision analysis | Fuel poverty vulnerability of urban neighborhoods | Oberhausen | Yes | 2018 |
McKenna et al. [42] | Local preference for governance | Feasible energy concepts in small communities | A community in the southwest of Germany | Yes | 2018 |
Weiß | Implementation approach study | Building heating | Municipalities | Yes | 2018 |
Jenniches, Worrell | Energy economics | Positive economic and environmental impact of solar PV | Aachen Region | Yes | 2019 |
Brown et al. | Actor study | Prosumer | Â | Yes | 2020 |
Cheung and Oßenbrügge | Transition pathway | Urban energy transitions | Hamburg | Yes | 2020 |
Moss and Francesch-Huidobro | Urban energy transitions | Urban energy autarky | Berlin and Hong Kong | Yes | 2020 |
Pohlmann and Cole | Utilities policy | Community energy movements | Berlin and Hamburg | Yes | 2020 |
Tschopp | Technological pathway study | Large-scale solar thermal systems | Denmark, China, Germany, Austria | Yes | 2020 |
Broska | Sustainable community action | Social capital, social needs, and environmental concern in sustainable community action | Communities | Yes | 2021 |
Byrne | Urban transport assessment | Resident mobility behavior | Hamburg | Yes | 2021 |
Otto et al. | Municipal climate policy | Adaptation readiness | 104 German cities | Yes | 2021 |
Wagner et al. | Ownership of utilities | Municipal utilities in Germany | Approximately 900 Stadtwerke | Yes | 2021 |
Dorst et al. | Barriers study | Urban nature-based solutions | urban Germany | Yes | 2022 |
Quitzow | Decentralized grid, prosumage | Smart grids, smart households, smart neighborhoods | Berlin | Yes | 2022 |