A5086143213- Electric Power System Optimization
- Integrated Energy Systems Optimization
- Smart Grid Energy Management
- Global Energy and Sustainability Research
- Energy Efficiency and Management
- Power System Reliability and Maintenance
University of Stuttgart
2019
The German energy supply sector is becoming diverse and dispersed due to the variety of actors investing in generation technologies spatially variable renewable resources, which bring about increased heterogeneity investment decisions actors. Therefore, effective utilization resources towards a cost-optimal achievement "Energy Transition" goals more complex. We argue that addressing these complexities requires method, which, addition fine technological regional characterization, takes into...
<p>In interconnected electricity systems dominated by intermittent renewable generation, resource adequacy assessments need to consider cross-zonal and intertemporal dependencies. This calls for a decision-making mechanism that determines fair unique allocation of inevitable demand curtailment across space time. Otherwise, traditional indicators like the loss load expectation (LOLE) or expected energy not supplied (EENS) become arbitrary on national level. Against this background, we...
<p>In interconnected electricity systems dominated by intermittent renewable generation, resource adequacy assessments need to consider cross-zonal and intertemporal dependencies. This calls for a decision-making mechanism that determines fair unique allocation of inevitable demand curtailment across space time. Otherwise, traditional indicators like the loss load expectation (LOLE) or expected energy not supplied (EENS) become arbitrary on national level. Against this background, we...