Energie-environnement / Cycle de formation

Transition énergétique: Éléments de réflexion face à un enjeu complexe

 

Objectifs
Faire le point sur quelques sujets de l’actualité énergétique, par la voix de différents orateurs, provenant aussi bien des milieux académiques que des milieux privés ou politiques
Public
Responsable du secteur public et privé, professionnel de l'énergie, enseignant, chercheur, journaliste, personne s’intéressant aux problèmes de l’énergie et à leurs effets sociaux et environnementaux
Programme
Enabling the energy turnaround by linking electricity, mobility and heat sector,
Urs CABALZAR
EMPA

Université de Genève
jeudi  30 novembre 2017 à 17h15
Salle B001 au rez-de-chaussée
Uni Carl Vogt 66, bd Carl-Vogt, 1205 Genève
http://www.unige.ch/energie/fr/contact/plan

Direction et
Coordination
Bernard LACHAL, Faculté des sciences, Université de Genève

Période
Septembre 2017- mai 2018
une semaine sur deux
le jeudi de 17h15 à 18h45

Inscription
par email à Carolina Fraga

Finance
Entrée libre

Renseignements
Institut des sciences de l’environnement (ISE)
+41(0)22 379 01 07
carolina.fraga(at)unige.ch

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L'orateur

Urs Cabalzar is a mechanical engineer with a bachelor’s degree from the Berner Fachhochschule in Burgdorf BFH and a masters from the Eidgenössische Technische Hochschule in Zürich ETHZ.
He is now the group leader in the Automotive Powertrain Technologies Laboratory at Empa, a group that focuses on production and refueling of gaseous synthetic fuels. Amongst other activities he is the project manager of the demonstration project move (Power-to-Gas demonstration plant of Empa).

 La conférence

With the increasing share of renewables in the electricity production sector – as stipulated in the Swiss Energy Strategy 2050 – the supplied power becomes subject to strong fluctuations particularly stemming from unsteady solar irradiance or wind speed. In order to be able to fit production and demand and avoid wasting electricity from renewable sources, storage technologies increasingly gain significance.
In parallel, to achieve a sustainable mobility, a drastic reduction in the use of fossil fuels and in current levels of CO2 emissions is mandatory. Stricter legal requirements on newly registered cars require a reduction in CO2 emissions of well over 50 % by 2025.
Linking the electricity, the mobility and the heat sector has the potential to provide a promising solution for the abovementioned challenges. In the course of the seminar the challenges accompanying the expansion of renewable energies will be examined. As an example of a possible solution Empa’s Power-to-Gas plant ‘move’ is presented which was inaugurated in November 2015 and has been in operation since. The plant contains components for hydrogen generation via electrolysis (180 kWel), compression, storage as well as refueling. Currently the extension of the plant by a methanation unit is in planning which will allow the production of synthetic methane as well.
Further, the focus will lie on mobility and in particular on alternative fuels and powertrains. The current status of Fuel Cell Electric Vehicles (FCEV) and Natural Gas Vehicles (NGV) will be addressed including the respective refueling infrastructure in Switzerland.

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