focusses on the reduction of CO2 Impact of small handheld tools using CO2 reduced fuels and novel emission reduction methods.

focusses on the investigations on the influence of Zero CO2 fuels on engine behaviour, emission and operability.

addresses the use of Zero CO2 fuels in compression-ignition combustion engines for light transport applications.

focusses on the research on possibilities for hybrid power split propulsion for hand held power tools

aims at the assessment of hybrid electric range extender propulsion systems for future powersport applications.

considers the use of hybrid systems with compression ignition engines for light transport application.

In X-SENS the cross-section topics Sensors, Control and Connectivity are addressed.

The aim of this project is to find a suitable “carbon foot-printing design framework” which supports the decision-making process during the different stages and gates in a typical engineering process of small powertrains.

adresses the research and knowledge gain on zero CO2 fuels for the use in special applications.