2189405 – Der Betrieb von Kraftwerken unter volatilen und unberechenbaren Marktbedingungen

Holistic approach to power plant management We consider all aspects of managing risk and uncertainty for power plant operation from a practitioner’s perspective. Once a boring business, electricity generation and distribution has become a field of fast change with many unpredictable factors. Therefore, it serves as a good case study to learn how to manage in the face of a difficult to predict future - aka decision making under uncertainty. Current developments regarding international conflicts and climate change underline the importance of prepare for risk, uncertainty and volatility. A holistic approach regarding methods and strategies is considered: modelling scenarios with stochastic differential equations, use of financial and real options, applying methods from game theory and using methods from automatic decision making such as supervised learning. Application of concepts of diversity, redundancy and defense in depth. Role of insights from psychology such as Zeckhauser paradox, the sunk cost fallacy and the priming effect are also reviewed, among others.
Offline

Allgemeine Informationen

Kursprogramm
Holistic approach to power plant management We consider all aspects of managing risk and uncertainty for power plant operation from a practitioner’s perspective. Once a boring business, electricity generation and distribution has become a field of fast change with many unpredictable factors. Therefore, it serves as a good case study to learn how to manage in the face of a difficult to predict future - aka decision making under uncertainty. Current developments regarding international conflicts and climate change underline the importance of prepare for risk, uncertainty and volatility. A holistic approach regarding methods and strategies is considered: modelling scenarios with stochastic differential equations, use of financial and real options, applying methods from game theory and using methods from automatic decision making such as supervised learning. Application of concepts of diversity, redundancy and defense in depth. Role of insights from psychology such as Zeckhauser paradox, the sunk cost fallacy and the priming effect are also reviewed, among others.

Veranstaltungsdaten

Veranstaltungsart
Vorlesung
Modulart
Vertieferfach
Ort
online
Zyklus
wöchtl.

Zusammenfassung

Holistic approach to power plant management We consider all aspects of managing risk and uncertainty for power plant operation from a practitioner’s perspective. Once a boring business, electricity generation and distribution has become a field of fast change with many unpredictable factors. Therefore, it serves as a good case study to learn how to manage in the face of a difficult to predict future - aka decision making under uncertainty. Current developments regarding international conflicts and climate change underline the importance of prepare for risk, uncertainty and volatility. A holistic approach regarding methods and strategies is considered: modelling scenarios with stochastic differential equations, use of financial and real options, applying methods from game theory and using methods from automatic decision making such as supervised learning. Application of concepts of diversity, redundancy and defense in depth. Role of insights from psychology such as Zeckhauser paradox, the sunk cost fallacy and the priming effect are also reviewed, among others.

Allgemein

Sprache
Deutsch

Kontakt

Name
Marcus Seidl
Sprechstunde
English

Verfügbarkeit

Zugriff
21. Okt 2023, 19:20 - 29. Mär 2024, 19:25
Aufnahmeverfahren
Sie können diesem Kurs direkt beitreten.
Zeitraum für Beitritte
Bis: 29. Mär 2024, 19:25
Veranstaltungszeitraum
27. Okt 2023 - 24. Feb 2024

Für Kursadministratoren freigegebene Daten

Daten des Persönlichen Profils
Anmeldename
Vorname
Nachname
E-Mail
Matrikelnummer

Zusätzliche Informationen

Objekt-ID
2908515

Bisher wurde noch kein Kommentar abgegeben.