Langsam aber sicher nährt sich das TWIKE 5 der Serienreife.
At the request of the Japan Automobile Museum (Komatsu City), the Ishikawa National College of Technology repaired the TWIKE.
Weniger heizen, tanken, duschen: Das Umweltbundesamt rechnet vor, was das Energiesparen bringt – gegen Putin und gegen die Klimakrise. Von sich aus haben die Menschen zumindest beim Autofahren noch nicht reagiert.
With the promotion of the greenhouse gas reduction quota (GHG quota), a cash bonus for electric cars can be secured annually since 2022.
Windkraftanlagen werden immer größer und immer effizienter. So leistet der Propeller der aktuell größten Offshore-Windkraftanlage 15 Megawatt. Aber wie lang muss dieses Windrad sich nun drehen, um ein typisches Elektroauto vollständig aufzuladen? EFAHRER.com hat nachgerechnet.
The TWIKE 5 has been quiet in recent times. At least on Elektroauto-News.net. Reason enough for us to take a look at the current development/series status of the e-vehicle. Because like the car manufacturers on the market, TWIKE is also struggling with the effects on the market. This became apparent last summer when the 18650 battery cell selected for the e-vehicle was discontinued from one day to the next without any prior notice.
After a delay of around two years, the latest model from the manufacturer of light electric vehicles TWIKE is due to be launched in 2022.
Over 35 kWh battery to increase range to more than 500 km.
A trike is a light electric vehicle (L.E.V.) that has a pedaling system assisted by an electric motor. A form of mobility with a certain popularity in Central Europe that mixes electric bicycle and car by adding a body that covers and closes the passenger compartment. But its evolution has been unstoppable and as an example the fifth generation of the Twike 5, which maintains the original philosophy, but adding a powerful electric motor and a high capacity battery.
Vitesco Technologies is using its EMR3 electric axle drive outside the passenger car sector for the first time. In the TWIKE 5, the EMR3 (Electronics Motor Reducer) will deliver 70 kW and will therefore be able to accelerate to 100 km/h in 3.8 seconds and reach speeds of up to 190 km/h according to the current state of development. On the other hand, WLTP consumption of just 6.9 kWh/100 km and a range of more than 400 kilometers are expected.