RED-RES-GH2: Reducing the risk generated by extreme droughts in the Chilean power system with optimal shares of variable renewable energy sources including green hydrogen storage

Fördergeber

Forschungsschwerpunkt

Laufzeit

01.04.2024 - 31.03.2027

Ziele

• Evaluate global re-analysis data sets to find the best suitable for the modelling purposes of the Project.
• Propose a replicable methodology to calculate locations, sizes, and penetration rates of variable RES and green hydrogen storage that compensate for energy generation from hydroelectric during extreme meteorological events.
• Develop a framework that prioritizes equity and sustainability in approaches to secure resilience, contributes to clarifying the connections between different policy agendas by positioning risk management as a potential bridging concept to link priori disconnected policy processes as economic development policy, energy security, and resiliency, as well as sustainability and climate change mitigation.
• Propose an indicator for system security, including climate change mitigation and disaster risk management dimensions.
• Propose a RES and green hydrogen development roadmap for Chile that contributes to minimizing the loss of power supply probability in the country during extreme meteorological events based on multicriteria decision-making indicators.
• Evaluate if the Renewable Energy Sources and Green Hydrogen Storage delivered from the model are coherent with the current policy objectives of the country

Beschreibung

Steckbrief als PDF

Mitglieder

Leitung

• Prof. Dr. Javier Valdes

Mitarbeiter

• Ricardo Miranda Castillo

Projektträger