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Nexus-e: eMark Module Documentation
(2020)Policy changes in the energy sector result in wide-ranging implications throughout the entire energy system and influence all sectors of the economy. Due partly to the high complexity of combining separate models, few attempts have been undertaken to model the interactions between the components of the energy-economic system. The Nexus-e Integrated Energy Systems Modeling Platform aims to fill this gap by providing an interdisciplinary ...Report -
Nexus-e: Validation and Calibration of Modules
(2020)Policy changes in the energy sector result in wide-ranging implications throughout the entire energy system and influence all sectors of the economy. Due partly to the high complexity of combining separate models, few attempts have been undertaken to model the interactions between the components of the energy-economic system. The Nexus-e Integrated Energy Systems Modeling Platform aims to fill this gap by providing an interdisciplinary ...Report -
Nexus-e: Simulation Framework and Interfaces
(2020)Policy changes in the energy sector result in wide-ranging implications throughout the entire energy system and influence all sectors of the economy. Due partly to the high complexity of combining separate models, few attempts have been undertaken to model the interactions between the components of the energy-economic system. The Nexus-e Integrated Energy Systems Modeling Platform aims to fill this gap by providing an interdisciplinary ...Report -
Nexus-e: Cascades Module Documentation
(2020)Policy changes in the energy sector result in wide-ranging implications throughout the entire energy system and influence all sectors of the economy. Due partly to the high complexity of combining separate models, few attempts have been undertaken to model the interactions between the components of the energy-economic system. The Nexus-e Integrated Energy Systems Modeling Platform aims to fill this gap by providing an interdisciplinary ...Report -
Evaluation of the impact of anthropogenic heat emissions generated from road transportation and power plants on the UHI intensity of Singapore
(2020)Technical Report Cooling SingaporeThis work studies the potential impact of road transport and power plants on the urban climate of Singapore. The study furthermore enhances the representation of anthropogenic heat fluxes in the Weather Research and Forecasting (WRF) model coupled with the Building Energy Model (BEM). To enhance WRF -BEM model's capacity, we have incorporated the hourly heat emission profile of road traffic and power plants and named it “Improved WRF-BEM”. ...Report -
Towards a Digital Urban Climate Twin: Simulation-as-a-Service (SaaS) for Model Integration
(2020)Technical ReportReport -
KOF Prognose der Gesundheitsausgaben Herbst 2020
(2020)KOF StudiesGemäss den definitiven Zahlen nahmen die gesamten nominalen Gesundheitsausgaben im Jahr 2018 gegenüber dem Vorjahr um 0.8% zu und somit weniger stark als in den Vorjahren. Das Verhältnis der Gesundheitsausgaben zum Bruttoinlandprodukt (BIP) betrug 11.2% im Jahr 2018 (im Vergleich zu 11.5% im Jahr 2017). Für das Jahr 2019 rechnet die KOF mit einem Anstieg des Wachstums der gesamten Gesundheitsausgaben. Sie geht von einer Wachstumsrate von ...Report -
3D Decision Support System (3D DSS) zur Unterstützung der Leitungsplanung
(2020)Die ETH Zürich hat in Zusammenarbeit zwischen dem Institut für Kartografie und Geoinformation (IKG) und dem Institut für Raum- und Landschaftsentwicklung, Planung von Landschaft und Urbanen Systemen (PLUS) ein Tool zur Unterstützung bei der Findung von Planungsgebieten und Korridoren beim Planen von Leitungen entwickelt. Dies erfolgte unter dem Patronat des Bundesamts für Energie (BFE, Netze) und von 2014–2017 unter Mitbeteiligung von ...Report