Due to anthropological climate change, climate scientists project a significant change in
climate in the coming years. Despite the advances in climate modeling, future climate is still …

Energy system models underpin decisions by energy system planners and operators.
Energy system modeling faces a transformation: accounting for changing meteorological …

Wind energy is an important pillar of decarbonization strategies and potentially vulnerable to
climate change. Existing wind climate change assessments rely on climate models but a …

Trading electricity between regions can support the integration of variable renewable energy
(VRE) through:(i) exploitation of temporal differences in wind power generation between …

We present an optimization model of an energy district in South Italy that supplies baseload
electricity and hydrogen services. The district is sized such that a nuclear reactor could …

The share of renewable energy in Germany is increasing to meet the climate-neutral targets
in 2050. Weather-driven anomalous in renewable power production thus can pose greater …

The UK plans to significantly increase offshore wind generation capacity as part of the effort
to achieve net zero targets. Current installation is densely located in a few areas, particularly …

Humans change climate in many ways. In addition to greenhouse gases, climate models
must therefore incorporate a range of other forcings, such as land use change. While studies …

Background Research on portfolio optimization for energy generation often does so from a
financial perspective. This study addressed a unique challenge: determining which …

Solar and wind power are called to play a main role in the transition toward decarbonized
electricity systems. However, their integration in the energy mix is highly compromised due …