The generation from renewable sources has increased significantly worldwide, mainly
driven by the need to reduce the global emissions of greenhouse gases, decelerate climate …

Integrated power system has emerged as a powerful alternative to penetrate renewables,
due to its ability to reconcile energy discrepancy. However, due to limited mainstreams and …

Topological flow properties are proxies for mixing processes in aquifers and allow us to
better understand the mechanisms controlling transport of solutes in the subsurface …

While most of renewable integration studies rely on indicators that are integrated in time,
little is known about the statistical properties of the electricity supply deficit periods. This …

Accurately assessing complementarity is a foundational work to the hydro-wind-solar hybrid
energy system planning and dispatching. However, the existing complementary assessment …

The operation of hydropower plants leads to sudden changes in river stage and to a flow
regime known as hydropeaking. Hydropeaking alters the morphology of the riverbed and …

This paper discusses the article “Assessing temporal complementarity between three
variable energy sources through correlation and compromise programming.” The discussed …

The annual average near-surface global temperature will temporarily exceed 1.5° C
between 2023 and 2027. If this level is irrevocably exceeded, the functions of marine …

Combined heat and power systems (CHP) produce heat and electricity simultaneously.
Their resulting high efficiency makes them more attractive from the energy managers' …

This dissertation investigates the interaction between rivers and aquifers during two types of
extreme events, eg, groundwater flooding and hydropeaking. The main objective is to …