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Spatio-temporal modelling of electrical supply systems to optimize the site planning process for renewable energies - the case study Power-to-Mobility

Energy Procedia (Special Issue: European Geosciences Union General Assembly 2016 - Division Energy, Resources and Environment [ERE], EGU 2016), April 17th-22nd 2016; Vienna, Austria), vol. 97

2016

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The energy-transformation towards renewable energies requires also storage systems to ensure security of supply. Motivated by strategies to implement renewables up to 100% at a regional scale, this paper presents a simulation of the power production from a virtual power plant based on 13 photovoltaic plants to integrate the “Power-to-Mobility”-technology, an innovative storage-technology to compensate fluctuating power production. The aim is to develop a simulation methodology with spatial-temporal and electrical parameters for a better management of the storage system. The project is work in progress but first results of the simulation show synergies between virtual power plants and Power-to-Mobility.

Nachhaltig Elektrotechnik und Medientechnik

Vortrag

Florian Karl, Roland Zink

Spatio-temporal modelling of electrical supply systems to optimize the site planning process – Case study: Power to Mobility Technology

Poster-Präsentation

European Geosciences Union (EGU) General Assembly 2016, Wien, Österreich

2016

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Suche nach „[Karl] [Florian]“ hat 4 Publikationen gefunden

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