With a mission to solve the mobility challenges of tomorrow and drive forward progressive development in the automotive industry, Aiways was founded as a start-up in 2017 by the Chinese entrepreneurs Samuel Fu and Gary Gu.
Development of the U5 started with a blank sheet of paper and the desire to make electric driving as enjoyable, exciting and affordable as possible. From ordering to use.
A few short years later, the global Aiways network comprises a highly innovative, digitalised plant in Shangrao (China) with an annual capacity of 300,000 vehicles, an R&D centre and a design centre in Shanghai (China), a battery factory in Changshu (China) and the European Sales Centre in Munich.
At the company’s headquarters in Shanghai, a team of experienced engineers, technical specialists, designers and industrial experts work with top-class partners along the entire supply chain.
We are a Chinese mobility start-up, founded in 2017. Our team brings together a wide range of characters with many different backgrounds. Knowledgeable and experienced professionals from the era of internal combustion engines are joined by innovation-driven newcomers to the mobility sector.
With our headquarters in the Chinese city of Shanghai and our European headquarters in Munich, our aim is always to question ourselves, our products and our partners – time and again. In this regard, we focus on long-term, sustainable benefits for our customers, without losing sight of the need for flexible implementation.
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Herewith I provide my consent that Maxomotive Schweiz AG , Aiways Switzerland is using my E-Mail address to update me with the Aiways Newsletter about products and offers.
Herewith I accept that Maxomotive Schweiz AG, Aiways Switzerland
is sharing my address and phone number with
(together “Social Media Partner”)
for the following reasons:
The Social Media Partner are using my above stated personal data in order to identify third persons, which are statistical similar to me (so called “statistical twins”). In order to do so, the Social Media Partner also use personal data of mine which they possibly already stored and which therefore are not being shared by Aiways with the Social Media Partner (e.g. name, age). These identified statistical twins will then receive advertising of Aiways products and services.
Each Social Media Partner will compare my above stated personal data with their data base in order to check if I am registered at the individual Social Media Partner as user. In case this check is positive, the Social Media Partner will display me no or less Aiways advertising.
I can recall my consent for the future at any time using the sign-out link at the end of each newsletter or by sending a notification to
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(zusammen “Social Media Partner”)
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Combined electricity consumption1 in kWh/100 km: 13.8 (NEDC); 17.0–16.6 (WLTP)
Combined CO2 emissions1: 0 g/km
Efficiency class: A+
¹The stated figures have been calculated using the legally required measurement techniques. Previously, consumption figures were measured using the New European Driving Cycle (NEDC). Since 1 September 2017, certain new vehicles have been given type approval in accordance with the Worldwide Harmonised Light Vehicles Test Procedure, WLTP). Compared with NEDC, WLTP represents a more realistic procedure for measuring electricity consumption. As of 1 September 2018, NEDC is gradually being replaced by WLTP. The electricity consumption figures measured using WLTP are, in many cases, higher than those measured using NEDC, which is attributable to the more realistic test conditions associated with WLTP.
We are currently legally obliged to state the NEDC figures. In respect of new vehicles that have already been granted type approval in accordance with WLTP, the NEDC figures are derived from the WLTP figures. Until it becomes mandatory, the statement of the WLTP figures is made voluntarily. NECD values, which are given as a range, do not form part of the offer, as they do not relate to a specific vehicle. They serve solely to facilitate comparison between different vehicle types. Aerodynamics, weight and rolling resistance may change due to optional extras and accessories and have the ability – just like personal driving style and weather/traffic conditions – to influence the electricity consumption and on-road performance of a vehicle. In terms of electric vehicles, in particular, higher or even significantly lower consumption figures may be recorded in real-life conditions.
For more information on the official electricity consumption of new passenger cars, please refer to the Guide on the Fuel Economy, CO2 Emissions and Power Consumption of New Passenger Car Models, which is available free of charge at all outlets, from DAT Deutsche Automobil Treuhand GmbH, Hellmuth-Hirth-Str. 1, 73760 Ostfildern, Germany, or at www.datgroup.com