Ziel einer output-orientierten Regulierung (OOR) ist die gezielte Anreizung vorgegebener Leistungsziele (Outputs), die im Rahmen einer ansonsten vorwiegend auf Kosteneffizienz ausgerichteten Anreizregulierung nicht im gesellschaftlich erwünschten Maße gefördert werden. Sie ergänzt die im...

Ziel einer output-orientierten Regulierung (OOR) ist die gezielte Anreizung vorgegebener Leistungsziele (Outputs), die im Rahmen einer ansonsten vorwiegend auf Kosteneffizienz ausgerichteten Anreizregulierung nicht im gesellschaftlich erwünschten Maße gefördert werden. Sie ergänzt die im...

The electricity grid includes multiple network areas managed by different operators, with transmission system operators (TSOs) handling high-voltage areas and distribution system operators managing midto low-voltage areas. These areas are interconnected and synchronized, creating classical...

The electricity grid includes multiple network areas managed by different operators, with transmission system operators (TSOs) handling high-voltage areas and distribution system operators managing midto low-voltage areas. These areas are interconnected and synchronized, creating classical...

Following liberalization and especially the energy transition, energy infrastructures are developing rapidly and significantly. Electricity networks are expanded to facilitate connection of renewable energies and new load such as heat pumps and electric mobility. On the one hand, gas networks...

Following liberalization and especially the energy transition, energy infrastructures are developing rapidly and significantly. Electricity networks are expanded to facilitate connection of renewable energies and new load such as heat pumps and electric mobility. On the one hand, gas networks...

This paper presents an approach for resilience incentives in the regulation of electricity network operators. Resilience is the ability of the power system to deal quickly and efficiently with large-scale and long-lasting power interruptions. It comprises two related aspects: minimizing the...

Market design for electricity often ignores network congestion initially and addresses it in a second, so-called 'redispatch' stage. For market participants, any two-stage design offers an opportunity to strategically optimize between the different market stages. The current debate is how to...

The market-based procurement of system services for network operators is gaining momentum in the current debate about the future market design in the energy sector. Since current sources of reactive power are primarily fossil-fuel power plants which will not be available in a carbon neutral...

This article presents an approach to minimize the outage costs during power supply disruptions and, thus, to incentivize efficient resilience investment by network users. The central problem to be solved is the information asymmetry between network operators and network users on outage and...