JEC Group have brought together the international community of composites leaders and executives in our Composites Circle as an unique networking opportunity to meet with both peers and future partners.
The taxi EVA, designed by TUM CREATE combines all relevant success factors of an electric taxi for use in tropical megacities.
Responding to the demand for environmentally friendly transport in tropical megacities, Singapore's Nanyang Technological University (NTU) and the Technische Universität München (TUM) teamed up to form the TUM CREATE research program aimed at developing a specialized electric taxi for the needs of tropical megacities. At TUM CREATE over 120 researchers and engineers are working on cutting-edge research that covers topics ranging from the molecule to the megacity including areas such as: electrochemistry, electric vehicle batteries, embedded systems, air conditioning, simulation and modeling as well as infrastructure.The team proudly presented their electric taxi EVA at the Tokyo Motor Show in November 2013, featuring a range of 200 km and a super-fast battery charging time of just 15 minutes allowing the car to be driven quasi non-stop through two 12-hours shifts a day.The design team made extensive use of sandwich composite technology, both to save a maximum of weight and to improve the vehicle’s insulation in order to further reduce the car’s energy use for air conditioning. Recyclable PET-based Airex T92 foam core material was chosen for its outstandingly low resin uptake, high mechanical properties and cost efficiency and it was applied in many places throughout the entire composite body, such as roof, bulkhead, floor and component carrier system as well as the large battery housing.Philipp Angst, director of product management at 3A Composites Core Materials, says: “We’re proud to have made a small contribution towards the success of this very innovative car concept. And we’re glad to see more and more lightweight sandwich applications in automotive concepts as well as small series, and believe that the industries are now gearing up towards more widespread use of these lightweight technologies in automotive applications.”About 3A Composites Core Materials:3A Composites Core Materials, a global organizational entity within 3A Composites with operations in Europe, North America, South America, Singapore, India and China. The branded products Airex and Baltex have pioneered the sandwich technology for almost 70 years. These core materials are used by fabricators to make innovative lightweight sandwich structures for the wind energy, marine and transportation markets as well as other industrial applications. 3A Composites Core Materials is the global leader in answering the markets’ and users' needs for sustainable, lightweight and resource-friendly materials that enable end products to become lighter and thus be more energy efficient. In the wind energy market, its core materials are key to the growth in the generation of renewable energy.More information: www.corematerials.3AComposites.com