Please note, the deadline is April 15th, 2020!
Sweden aims to transition to carbon neutrality by 2045 by relying on a 100 % renewable power system. Such a system will include more variable renewable energy sources, such as solar and wind power, and will function differently than the present one due to intermittency. In particular, flexible producers, e.g., hydropower plants, and the transmission network will become more important in balancing the system. This enhanced leverage for flexible producers increases their potential for market power and thwarts society’s objectives.
This project will develop game-theoretic models adapted to the Nordic power system both to identify such conflicts and to propose proactive mechanisms to mitigate their welfare losses. The ideal candidate should have a background in a quantitative subject, e.g., economics, operations research, or systems analysis, with programming and data-handling experience. Knowledge of electricity markets, energy policy, and environmental issues is also desirable.