Solar car teams breeze towards the podium

Engineering and design students are collaborating to prepare for the Bridgestone World Solar Challenge using state-of-the-art modelling techniques in RMIT’s industrial wind tunnel.

The Bridgestone World Solar Challenge is a 3,000-kilometre race which will take place in October and see participants from around the world vying for a podium spot by racing solar electric cars through the Aussie outback from Adelaide to Darwin.

Two Australian teams have paired up for the challenge: first time participants the Australian Technology Network (ATN) Solar Car Team and one of Australia’s most successful solar electric racing teams, Clenergy Team Arrow.

Preparations for the endurance adventure have been ramping up with both teams testing their solar cars’ performance over the past month at the facility on RMIT’s Bundoora campus.

Master of Design student Matt Millar is the lead driver for the ATN Solar Car Team and team lead for the exterior design and build.

He said the wide-ranging aerodynamic testing capabilities of the tunnel could make all the difference when it comes to designing a solar car that can withstand punishing outback conditions, including strong winds and dust storms.

“The RMIT industrial wind tunnel can reproduce wind effects up to 150km/h, allowing us to simulate race speeds, wind drag and validate projections and estimations with real data,” he said.

“Instead of having to rely on simulations alone, we can experience real-world testing, which puts us on a more level playing field with our international opposition. We can then fine-tune our design for optimal performance in the desert.”

The ATN Solar Car Team is taking part in the RACV Cruiser class, which challenges participants to create a vehicle that is designed for practicality and acceptability in the consumer market.

Millar said the project has personal importance to him because he would like to see solar cars become desirable for the general public.

“At the moment solar cars seem to be a science experiment, whereas as we need something that’s more sustainable and desirable and something kids can look up to and say, ‘I want that.’”

Preparing for the challenge: the ATN solar car team in the RMIT industrial wind tunnel.

Both teams bring a range of experience to the collaboration: this is the first year the ATN has competed in the Solar Race, while Clenergy Team Arrow is taking part for the sixth time.

It’s a partnership that combines a mixture of professional experience, youthful enthusiasm and academic rigour, setting the stage for success.

Speaking at the testing, Clenergy Team Arrow founder Cameron Tuesley said they were keen to see both teams do as well as possible.

“It’s a great opportunity to test both of the vehicles side by side to see how they perform at this early stage of development.”

Bridgestone World Solar Challenge Event Director, Chris Selwood said he was delighted to see Australian teams now having the industry expertise and test facilities once the domain of big-budget international competitors.

“Australian innovation and manufacturing are among the world’s best. These two teams are to be congratulated for their collaborative approach – I look forward to seeing this technology in everyday vehicles in the very near future,” he said.

Story: Jasmijn van Houten

Share

  • Engineering
  • Industry
  • Advanced Manufacturing
  • Student experience
  • Science and technology
  • Design

Related News

History blooms with commemorative artwork

A wreath of wearable enamel brooches is on display at Melbourne’s Shrine of Remembrance in a creative tribute to the stories of the first world war.

RMIT researchers win prestigious 2018 Victoria Fellowship

RMIT researchers Sumeet Walia and Flora Salim have been awarded Victoria Fellowships for their outstanding work in nanotechnology and data science respectively.

Next generation of engineers showcase their work at EnGenius

A robotic arm controlled by facial expressions, a solar-powered Tuk Tuk set to circumnavigate the globe and 3D printed body implants – welcome to the next generation of engineering.

Next generation of engineers showcase their work at EnGenius

A robotic arm controlled by facial expressions, a solar-powered Tuk Tuk set to circumnavigate the globe and 3D printed body implants made by the next gen of engineers are on display at EnGenius.

Subscribe to RMIT NewsSubscribe
Flag Image One Flag Image Two

Acknowledgement of Country

RMIT University acknowledges the people of the Woi wurrung and Boon wurrung language groups of the eastern Kulin Nation on whose unceded lands we conduct the business of the University. RMIT University respectfully acknowledges their Ancestors and Elders, past and present. RMIT also acknowledges the Traditional Custodians and their Ancestors of the lands and waters across Australia where we conduct our business.

More information