Energy and environmental economics are our main research areas. Conducting experimental economic research, we link problems of basic economic research with application- and practice-oriented energy economics questions. Our activities are directed both towards demand and market research oriented problems of energy markets, and towards the mapping and analysis of energy systems.
Research on the social acceptance of the energy transition
The aim of the research and development project AKZEPTANZ (ACCEPTANCE) is to derive statements on the social acceptance of the energy transition on the basis of a systematic recording of climate protection preferences at the individual level. It thus combines ethical-normative considerations with empirical investigations of individuals' real behavior based on economic incentives and social considerations.
For more information, please visit:AKZEPTANZ research project
Innovative methods for basic economic research
How do energy policy instruments affect the decision-making behavior of citizens? How fair do they perceive these instruments to be? Answers to these questions are particularly important for the political design of the energy transition. Previous research has already been able to make initial, empirically sound contributions to this with the help of new methods of experimental game theory. The approach is as follows: test subjects are given free access to certain information and must then make decisions with real financial consequences for themselves and others. Informing the subjects about these consequences in a complete and neutral way is crucial for the reliability of the experiments. Until now, this was only possible in individually developed mobile laboratories. However, innovative computer games developed as part of this program, which take gamers into a virtual energy transition world, open up new possibilities for basic economic research here.
For more information, please visit: Research project EnergiewendePlay
Planning, construction and operation of underground energy storage facilities.
The aim of this interdisciplinary project is to develop a scientifically sound concept for "Energy and Water Storage Harz" with the systemic coupling of energy and water management, which meets the future supra-regional requirements in the target dimensions of energy generation and storage, flood protection, drinking water production as well as low water discharge. For this purpose, different measures are systematically collected and subsequently compared with each other under cost-benefit aspects (also from an economic point of view). The aim is to identify those variants which provide the greatest overall economic benefit and to prioritize individual measures for later implementation according to this criterion.
For more information, please visit: Research project EWAZ
Innovative acceptance research for sustainable development through gamification
The research project aims to develop insights into individuals' sustainable behavior in situations characterized by conflicting goals, while at the same time enabling them to resolve these conflicting goals and make an individual contribution to sustainable development through suitable treatment structures, and learning and feedback effects. By linking the methods of experimental economics, which have so far been used exclusively in academic behavioral research, with the methods of gamification, which have so far been used predominantly in the field of entertainment, a contribution is simultaneously made to the social dissemination of activating sustainability research. The system boundaries are defined, the essential and technologically formulated fields of action at the system level are identified.
For more information, please visit: Research project GAME
As part of the Clausthal Laboratory for Experimental Economic Research (ExECUTe), we provide a mobile experimental laboratory in which participants simulate a variety of economic decision-making situations: we collect data that we expect to provide concrete answers to questions such as how households interact when making energy efficiency decisions and which parameters can be used to increase the cooperative behavior of households.
Technical key data:
- 20 wifi-enabled notebooks
- 3 servers
- Optical mice
- Power supplies