The E-1 with the car  manufacturer e-Wolf GmbH is a first: an ultra  lightweight carbon /  aluminum construction of the chassis with  innovative flat cell  technology, formula racing technology and the  approval for use in  traffic. Thanks to its innovation  and technology,  the E-1 performance values, which is impossible in its  class so far:  0-100 kmh in under 5 seconds. For safety reasons, the  top speed to 250  km / h is limited e-WOLF is also characterized in the  market by its  consistent use of lightweight components for its 100%  electric drive  system. All technologies,  components and assemblies it uses are “Made  in Germany”.
A Li-Tec Battery is CERIO  flat cells, the major component. It has a  higher  temperature tolerance, and improved safety compared to other   technologies. This innovation has been  nominated for the German Future  Prize 2007, an honor. Its special low-volume  composite anodes can much  more energy than most other products now  provide on the market. Each  flat cell (the  battery has a total of 84) weighs only 1 kg and measures  23 x 18 cm. That is, it is only  slightly larger than an exercise book.  Another important aspect  of the Li-Tec Battery is CERIO flat cells,  the cycle stability and  unmatched durability (10 years) and range (300  km). This makes Li-Tec, the  spearhead of the current flat-cell  development.
To demonstrate the  technology, an open-wheeled version of the  e-WOLF-electric sports car at  the IAA 2009 will be issued. E-WOLF has  scheduled its  launch (customized limited edition) for the beginning of  2010. “Offer our goal, a  2-seater extreme sports car in 2011, the  E-WOLF E-2″, Kai Schoenberg,  marketing manager at e-WOLF GmbH “reach is  dynamic performance that is  very impressive. ” This innovative 4-wheel   drive vehicle will be powered by 4 high-performance electric motors  with  direct coupling. “Here at e-WOLF, we can  certainly imagine our  E-2 participate in a 24-hour race in the coming  years,” said  Schoenberg. E-WOLF is marketed  worldwide, with operations initially  focus on the Middle East and Japan.  e-Wolf is in a different  league –  it does not compete with the big sports car manufacturer. E-WOLF targets  a market  segment that has been neglected: extreme sports car for a  very elite  clientele. Let me be clear: There is  an electric sports car  with a capacity for acceleration that puts it on  the edge of technical  feasibility.
Newly established e-Wolf  GmbH is part of the Maiworm group. The  company has accepted  the challenge of development and production of  electrical power extreme  sports cars. The e-company shall not  approach  Wolf know-how to accumulate the technological development of  electric  vehicles. Instead, e-WOLF  negotiated strategic alliances and project  partnerships that they  deliberately draw on the expertise of institutes  and companies active in  this area can draw. In return, e-WOLF enjoys   the significant advantage integrate, always in a position to the cutting   edge of research in the design of its vehicles. Dr. Werner Hufenbach,   director of the Institute for Lightweight Structures and Polymer   Technology (ILK), TU Dresden, confirmed that the cooperation between the   Institute and e-Wolf will remain an important focal point in the   future. “We are sure to go with  the trend in this regard and I am  personally convinced that electric  vehicles will change the world. We  have a great chance that we are  making the most of plan,” he said. The  Institute for  Lightweight Structures and Polymer Technology (ILK), TU  Dresden, the  Saxon Centre for Lightweight Structures (LZS) and Li-Tec  Battery are  some of the most important e-WOLF partners.
By providing innovative  drive components (motor, battery and control  systems), e-Wolf GmbH is in  the development of an ion transporter of  FUMO Multicar part. Powered by electricity,  is ideal for Multicar local  governments and garden and landscaping work  in the city centers,  recreational centers and spas. A prototype of the Ion  FUMO 1 electric  vans will be on the eCarTec 2009 in October. Field trials will be   undertaken as the next step.








 





















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