Marc Mültin

Dipl.-Inform.
Karlsruhe Institute of Technology · Institute of Applied Informatics and Formal Description Methods

Research interests

  • Interests
    Electric Mobility, E-Mobility, Smart Grid, e-energy, smart charging, Organic Computing

Education

  • May 2009
    Karlsruhe Institute of Technology
    Germany · Karlsruhe

Other

  • Languages
    German, English

Publications

  • Integration of Electric Vehicles in Smart Homes - An ICT-based Solution of V2G Scenarios

    Marc Mültin, Florian Allerding, Hartmut Schmeck

    2012 IEEE PES Innovative Smart Grid Technologies; 01/2012

    In this paper, we present how electric vehicles (EV) can be flexibly integrated into the energy management of a smart home both in forms of consumer loads and electrical storage systems. Based on a draft for ISO 15118, we implemented an advanced version of a smart charge communication protocol which... [more] In this paper, we present how electric vehicles (EV) can be flexibly integrated into the energy management of a smart home both in forms of consumer loads and electrical storage systems. Based on a draft for ISO 15118, we implemented an advanced version of a smart charge communication protocol which enables to flexibly control the charging and discharging processes of an EV in a sophisticated way, allowing to match the domestic load demand and the fluctuating energy supply of decentralized energy sources such as photovoltaic panels or a combined heat and power plant with the energy stored in the battery while at the same time guaranteeing a preset driving range adjusted by the user and thus limiting range anxiety.
  • Smart Charging of Electric Vehicles in the Context of an Urban District

    Thomas Kaschub, Marc Mültin

    VDE Congress 2010, Leizpig (Germany); 01/2010

    The integration of electric vehicles into the electricity distribution network of an urban district will be a future challenge. In this paper, smart charging based on information and communication technologies (ICT) is investigated and evaluated with respect to three scenarios – load shifting by mea... [more] The integration of electric vehicles into the electricity distribution network of an urban district will be a future challenge. In this paper, smart charging based on information and communication technologies (ICT) is investigated and evaluated with respect to three scenarios – load shifting by means of price and control signals as well as self consumption of PV energy.

Following (4)

Topics (1)

2
Publications
12
Followers
Current advisors
Prof. Dr. Hartmut Schmeck