Globally installed wind power capacity has grown tremendously since 2000. This study focuses on the local economic impacts of wind power deployment. A theoretical model shows that wind power deployment is not necessarily driven by locally-accruing economic payoffs, but also by other factors such...

Germany changed renewable remuneration for wind power from a fixed Feed-In Tariff (FIT) to a floating Market Premium Scheme (MPS) in 2012. One aim of this adjustment was to better align the supply of generated wind electricity with the demand for it, e.g. through more system-friendly wind...

Up until now, wind turbines have been designed to generate electricity at the lowest possible total cost, independent of this electricity's market value. With an increasing penetration of wind power in the system, the market value of electricity generated by wind turbines is declining, since...

Bisher wurden Windkraftanlagen so ausgelegt, dass sie Strom zu möglichst geringen Gesamtkosten erzeugen, unabhängig vom Marktwert dieses Stroms. Mit steigenden Anteilen der Windenergie im Stromsystem fällt der Marktwert von Strom aus Windkraftanlagen, da sie tendenziell zur gleichen Zeit...

Germany has been a leader in governmental support for renewable energies, which now represent about 27 % of electricity generation. In 2012 (voluntary) / 2014 (obligatory), the country changed from a xed Feed-In Tari (FIT) to a Market Premium Scheme (MPS) for wind power projects. One aim of this...

The costs of renewable energy technologies have fallen sharply. Now the financing costs of new installations are playing an increasing role in the overall cost of Germany's energy transition. This has put the primary focus of support instruments for renewable energy on creating more affordable...

Die Kosten erneuerbarer Energien sind stark gefallen. Nun spielen die Finanzierungskosten neuer Anlagen eine immer größere Rolle für die Gesamtkosten der Energiewende. Dadurch wird das primäre Ziel von Förderinstrumenten für erneuerbare Energien die Realisierung kostengünstiger...

Durch die steigenden Anteile erneuerbarer Energien an der Stromproduktion wird die kostengünstige Systemintegration der Anlagen immer wichtiger. Als systemfreundlich werden dabei Technologien und Standorte bezeichnet, die günstiger und einfacher zu integrieren sind, weil sie, im Gegensatz zu...

Power systems with increasing shares of wind and solar power generation have higher capital and lower operational costs than traditional technologies. This increases the importance of the cost of finance for total system cost. We quantify how renewable policy design can influence cost of finance...

Due to increasing shares of renewable energies in electricity production, the cost-effective system integration of these installations is becoming more and more important. Technologies and locations are viewed as system-friendly when they are more cost-efficient and easier to integrate because...