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1 Create Way
Singapore, 138602
Singapore

Research project within TUM CREATE. Focussing on modelling and optimisation of architecture and infrastructure, urban systems simulation like traffic and power are the main research interests. Apart from that, a cognitive systems group deal with human computer interaction. 

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Investigating the Influence of Electric Vehicles on a City’s Power Grid

Power Grid Synthesis

Background

Investigating the influence of large-scale electrified traffic on a city’s power system requires, besides a traffic simulation, a power system simulation. As accurate information on a power grid’s topology is often unavailable, this work aims at artificially synthesizing a power network. This is done by combining general principles of power grid design with tempo-spatially resolved power demand data as well as information on a city’s road network. The outcome will be a power grid exhibiting the same characteristics as real power systems.

Objective & tasks

You will be part of a small research team addressing different aspects of this topic. An existing power system simulation comprising a power grid synthesis approach and a power flow simulation has to be extended to generate more accurate power system models. Currently, a first step towards generating reference network models of different topologies is implemented using tempo-spatially resolved power demand data. This approach should be extended taking economic and environmental data into account. For this purpose, the following tasks should be accomplished:

  • Algorithms to modify/extend the existing synthesis approach by economic and environmental data
  • Definition and application of characteristics to assess the resulting network
  • Application of the developed algorithms to synthesize a power grid for Singapore
  • Conducting studies regarding the influence of electric mobility on a city’s power system with respect to networks having different physical and topological characteristics

What we expect from you 

  • Knowledge in electrical engineering and/or functioning of power grids
  • Good programming skills in Java or any other object-oriented programming language
  • Team spirit and innovative thinking
  • Fluency in English

What we offer you

  • Financial support
  • Opportunity to work on a project with real-life relevance
  • An international and multidisciplinary working environment
  • A great experience in one of the most dynamic megacities in Asia

Availability: Approx. September 2015
Contact: David Ciechanowicz (david.ciechanowicz [at] tum-create.edu.sg)
PDF DownloadInvestigating the Influence of Electric Vehicles on a City's Power Grid