Skip to main content

Stella Vie solar car shows way forward

The low-slung, curved roofline reminds you initially of a tortoise, but the latest solar-powered car from the Eindhoven University of Technology has a performance of which even the speediest tortoise can only dream. The ultra-streamlined Stella Vie car, built by students in 10 months from September 2016 for the World Solar Challenge, can get up to a highly-respectable 120km/h and travel up to 1000km on a sunny Dutch day. That comes from a lithium-ion battery that generates sufficient power for 600km, toppe
March 21, 2018 Read time: 2 mins
Sunny side up: Kyron Pijpers
The low-slung, curved roofline reminds you initially of a tortoise, but the latest solar-powered car from the Eindhoven University of Technology has a performance of which even the speediest tortoise can only dream.


The ultra-streamlined Stella Vie car, built by students in 10 months from September 2016 for the World Solar Challenge, can get up to a highly-respectable 120km/h and travel up to 1000km on a sunny Dutch day. That comes from a lithium-ion battery that generates sufficient power for 600km, topped up by another 400km from the solar panels on the roof as the car is moving.

To keep the battery charged as much as possible, one of the onboard devices is a solar parking system, which calculates which side of a street on which a driver parks will get the most sunshine.

The entire hand-built body is made of lightweight carbon fibre, but one of the most significant factors behind its performance is its extremely aerodynamic design.

Most mass-produced cars have dreadful aerodynamic performance, said Beatrix Bos, PR manager for Solar Team Eindhoven. “For example, we don’t have mirrors, which are a disaster for aerodynamics. We use a camera system instead.”

The car is a pure research project; the university brings together some of its most motivated students to produce a new model every two years, incorporating new techniques and honing its performance, she added.  

The Stella Vie is being shown for the first time at the show, located at the rear of Hall 8.

Stand 9.115

%$Linker: 2 External <?xml version="1.0" encoding="utf-16"?><dictionary /> 0 0 0 link-external www.solarteameindhoven.nl false https://solarteameindhoven.nl/ false false%>

Related Content

  • ITS America ‘disappointed’ at Toyota V2X decision
    May 9, 2019
    Trade association ITS America has expressed disappointment that Toyota is pausing its Vehicle to Everything (V2X) deployment in the US. The Japanese car maker sent a letter to the Federal Communications Commission (FCC) saying that a lack of activity from other manufacturers on V2X – plus uncertainty over the regulatory position – had led to the decision. In a statement, ITS America said it was ‘disappointed’, adding: “We appreciate Toyota’s leadership and commitment to life-saving V2X technology.” Th
  • Designers explore the future of transport and passenger experience
    May 1, 2013
    Industrial designers from around the world are meeting in London next month to explore the future of transport systems, how to improve the passenger journey from home to destination and how greater integration and connectivity can enhance the transport user experience. Paul Priestman, designer and co-founding director of international design consultancy Priestmangoode will lead the debate in the Wired Transport: Connected trains, planes and automobiles session at the Product Design and Innovation Conference
  • ITS International launches MaaS Market Conference
    August 10, 2016
    ITS International is to host its first conference for national and city authorities interested in the benefits and implementation of Mobility as a Service (MaaS). There is no doubt that Mobility as a Service (MaaS) will be a major disrupter and the next mega-trend in urban and inter-urban transport. Why? Because it is more convenient and cheaper for the individual traveller.
  • ITS America concerned over use of 5GHz spectrum band
    February 28, 2013
    ITS America has raised con­cerns with the US Federal Communications Commission (FCC) over the potential use of the 5GHz band spec­trum by unlicensed national information infrastructure devices. It wants to protect the 5.9GHz band for dedicated short-range communications (DSRC)-based systems. These crucially underpin the development of connected vehicle (CV) technologies which could help slash the US’ annual tally of six million road traffic accidents and over 30,000 deaths. Within the US Department of Trans