This paper reviews the existing bottom-up energy system models applied at island level. The
aim of the paper is to answer the following research questions: i) which energy system …

We give the reader a tour of good energy optimization models that explicitly deal with
uncertainty. The uncertainty usually stems from unpredictability of demand and/or prices of …

With the increasing penetration of wind power into the power grid, maintaining system
reliability has been a challenging issue for ISOs/RTOs, due to the intermittent nature of wind …

Uncertainty in power systems operations has been traditionally managed by multistage
decision making and operating reserve requirements. A familiar example of multistage …

In addition to long-existing load uncertainty on power systems, continuously increasing
renewable energy injections (such as wind and solar) have further made the power grid …

Optimal scheduling of power generating units must take into account possibilities of forecast
errors and equipment failure. The stochastic unit commitment problem addresses …

Das Buch beschreibt und lehrt, wie in der Industrie, vornehmlich der Prozessindustrie, aber
auch anderen Industriezweigen wie Papier-und Metallindustrie oder Energiewirtschaft …

The increasing complexity of power systems, particularly the high renewable energy
penetration, raises the necessity of incorporating detailed power system operation models …

Designing future capacity mixes with adequate flexibility requires capturing operating
constraints through an embedded unit commitment approximation. Despite significant recent …

For a current deregulated power system, a large amount of operating reserve is often
required to maintain the reliability of the power system using traditional approaches. In this …