Department heading

EMOLSE 2020

Department heading

In the EMOLSE 2020 research project, the possible uses of electrically powered trucks in road freight transport (heavy goods) are being investigated by the Electromobility and Renewable Energies Research Group (E² Team) at Fulda University of Applied Sciences.

Trucks are essential for the smooth supply of people with goods. However, trucks, which until now have mainly run on diesel fuel, also cause environmental pollution (e.g. emissions of carbon dioxide (CO2), carcinogenic particles, nitrogen oxides (NO x), as well as noise emissions). In order to solve the conflict of goals between the smooth supply of goods and the protection of the environment, it is necessary to use alternatively powered commercial vehicles in logistics.

Compared to diesel vehicles, the e-truck causes no emissions locally and produces less noise when using electricity from renewable energy sources. These effects contribute to increasing the quality of life of people, especially in inner-city areas. In contrast to diesel vehicles, however, e-trucks are subject to logistical restrictions (including range, payload, charging times) and cause higher investment costs, which have so far inhibited the spread of e-trucks in logistics.

Within the research project, an e-truck (permissible total weight 18 tonnes) is being tested under everyday conditions at several Hessian haulage companies. Members of the E-Team from the departments of economics and electrical engineering and information technology are providing scientific support in order to examine the following key topics together with the haulage companies.

 

Main technical topics
  • Overall efficiency increase through additional DC-DC converter between battery and inverter
  • Investigation and optimisation of the public charging infrastructure
  • Second-life application fields of traction batteries
Main business management topics
Logistics
  • Assessment of the logistical deployment potential of e-trucks (ranges for different route profiles)
  • Increasing the logistical deployment potential by optimising route planning
  • Optimisation of driving and charging behaviour to increase the range of e-trucks
  • Cooperative collaboration between haulage companies and customers in the supply chain to establish e-trucks
  • Evaluation of expected technology advances and their influence on the application possibilities
Sustainability
  • Ecological and social value contributions of e-trucks
  • Reduction of social costs through e-trucks
Economic efficiency
  • Determination of the market potential of e-trucks in heavy goods transport
  • Cost comparison between e-trucks and diesel vehicles to be replaced (life cycle assessment)
  • Influence of the purchase and residual value of the traction battery, taking into account second-life applications, on economic efficiency calculations
  • Cost-benefit analysis of technical optimisations (see "Technical focus topics")


Project team

Projektleitung

Prof. Dr. Boris Zimmermann

Logistics

Projektleitung

Prof. Dr. Wolfgang Geuer

E2 team:

Projektmitarbeiter des FB Elektrotechnik

Markus Hundertmark

Project contact

A project address is available for your request

emolse(at)hs-fulda.de

Kontakt

Prof. Dr. Boris Zimmermann

Allgemeine BWL, insbesondere Logistik

Kontakt

Prof. Dr. Wolfgang Geuer

Project information

Keywords:
Electromobility, renewable energies, charging infrastructure, second-life, environmental value propositions, logistics,…