Designing auctions that favor low resource quality installations allows countries to geographically diversify their renewable energy production, while lowering payments to low-cost producers. In this paper, we develop a stylized model showing that a discriminatory auction design favoring...

Industrial demand response can play an important part in balancing the intermittent production from a growing share of renewable energies in electricity markets. This paper analyses the role of aggregators - intermediaries between participants and the electricity market - in facilitating...

Derzeit wird diskutiert, ob der deutsche Strommarkt genügend Anreize für Investitionen in Kraftwerke und deren Verbleiben am Netz bietet, um die Versorgungssicherheit zu gewährleisten. Vorschläge, die Energieversorgung weiter abzusichern, beinhalten zum Teil umfassende Zahlungen an die...

A shift from zonal pricing to smaller zones and nodal pricing improves efficiency and security of system operation. Resulting price changes do however also shift profits and surplus between and across generation and load. As individual actorscan lose, they might oppose any reform. We explore how...

A shift from zonal to nodal pricing improves the efficiency of system operation. However, resulting price changes also shift surplus across generation and loads at different locations. As individual actors can lose, they might oppose any reform. We explore how allocation of financial...

There is an ongoing discussion about whether the German electricity market offers sufficient incentives for investment in power plants and for keeping them connected to the grid, thus ensuring sufficient security of supply. Recommendations for further securing power supply include payments, some...

A shift from zonal pricing to smaller zones and nodal pricing improves efficiency and security of system operation. Resulting price changes do however also shift profits and surplus between and across generation and load. As individual actorscan lose, they might oppose any reform. We explore how...