Exemplary E-Mobility
Standardized driving cycles (NEFZ, WMTC, etc.) are not suitable to measure the energy consumption of electric vehicles. They don't consider all aspects which influence the energy consumption of vehicles and are always done on roller test benches. The future of electric vehicle testing is analyzing them under real-life conditions. The innovative solution of Dewesoft allows doing all analysis already during the measurement.
This sophisticated math functions can calculate different parameters like efficiency, recuperation, etc. and the user-friendly and customizable software interface allows real-time visualization of all these parameters. The chart shows the exemplary energy flow of an electric vehicle.
Some inverters of electric vehicles (e.g. bus) are working at different switching frequencies to increase the efficiency in different driving situations (city/overland drive). With Dewesoft math library, it is possible to filter out automatically do the analysis for different switching frequencies (using logical conditions).
Standardized driving cycles (NEFZ, WMTC, etc.) are not suitable to measure the energy consumption of electric vehicles. They don't consider all aspects which influence the energy consumption of vehicles and are always done on roller test benches. The future of electric vehicle testing is analyzing them under real-life conditions. The innovative solution of Dewesoft allows doing all analysis already during the measurement.
This sophisticated math functions can calculate different parameters like efficiency, recuperation, etc. and the user-friendly and customizable software interface allows real-time visualization of all these parameters. The chart shows the exemplary energy flow of an electric vehicle.
Some inverters of electric vehicles (e.g. bus) are working at different switching frequencies to increase the efficiency in different driving situations (city/overland drive). With Dewesoft math library, it is possible to filter out automatically do the analysis for different switching frequencies (using logical conditions).
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