Energy
Renewables in a Sustainable Energy System
In the research unit Renewables not only the technical options to design a worldwide, modern and sustainable energy system are analysed, but also target-oriented activities to facilitate and disseminate these are examined. Renewables play therefore an important role in the work of the Division Future Energy and Industry Systems.
In cooperation with partners from the energy industry, the housing industry and mobility sector, with research institutes, partners from industrial federations, NGOs, and policy, the Division Future Energy and Industry Systems at the Wuppertal Institute supports developments towards a worldwide sustainable energy production and supply through concrete contributions.
The call for climate protection is joined by the request to give renewables greater importance both in the economy as a whole and in everyday life. In this context, it is one of the great challenges for the future to integrate renewables into the energy system, and to combine this with other possibilities of climate protection, especially with energy efficiency and cogeneration. To do so, the whole spectre of renewables is taken into account, from small decentralised power plants in rural areas to the big and centralised solar thermal units. Leading research focuses on a holistic (multi-criterial) assessment of the fields of application. Questions regarding the usage of resources or land as well as the social acceptance or the analysis of the social-economic effects and so-called co-benefits that are linked to using renewables (e.g. regional value added, employment effects) are considered. Furthermore, the institute intensely addresses the question of how fluctuations of the availability of especially wind and solar energy can be reduced, which flexibility options there are (from flexible power plants over demand-side management to storage systems) and how an interaction of these can ensure system stability.
Contact
Prof. Dr. Manfred Fischedick
Publi-cations
Here you find publications on renewable energy.
Related publications
International Energy Policy Required
Climate compatible energy supply is not enough to overcome challenges
Assessment of the Results of the Commission on Structural Change
Sustainability Impulses from Wuppertal
Out of the Comfort Zone
Governing the exnovation of unsustainable technologies and practices
Developing a Highly Efficient Micro-Scale CHP System
25th European Biomass Conference and Exhibition proceedings online
En Route to a Just Global Energy Transformation?
Lukas Hermwille's FES-study translated into English
Assessing the Significance of Social Impacts of Renewable Power Plants
Article published in "Environmental Impact Assessment Review"
Divestment is a Coming Global Trend
New factory magazine in English
Understanding the Diffusion of Domestic Biogas Technologies
Systematic conceptualisation of existing evidence from developing and emerging countries
Photovoltaics and Wind Energy in Europe's Energy Transition
Exploring their macro-scale CO2 mitigation potential
Decarbonising the Energy Intensive Basic Materials Industry through Electrification
Blog entry on thought-experiment
Critical Minerals and Renewables
Article in the journal "Renewable and Sustainable Energy Reviews"
Sustainable Use of Surplus Electricity by Wind Power
Documents now available in English language
Klima- und Umwelteffekte von Biomethan
Anlagentechnik und Substratauswahl
Energy Policies of Gulf Cooperation Council (GCC) Countries
An article in Energy Policy analyses the strength of the movement
CO2-Free Munich
An article in the new book "100% Renewable"
WISIONS Brochure "Microfinance and Renewable Energy - Investing in a Sustainable Future"
Within the project "WISIONS of Sustainability"
Towards a Sustainable Energy Systems
Integrating Renewable Energy and Energy Efficiency is the Key
Assessment of the Results of the Commission on Structural Change
In Brief from the Wuppertal Institute recommendations for climate and innovation policy
CCS Research Well Positioned, but Expandable
Investigation of expected and actual usage of carbon capture and storage by applying biblographic analysis
Projects
Here you find research activities in the field of renewable energy.