Electric vehicles’ potential for long-distance travel is unlocked
The Sunswift 7’s record-breaking feat demonstrates the potential for EVs to be a viable option for long-distance travel and could help accelerate the adoption of electric vehicles worldwide. In addition to its practical applications, the Sunswift 7 also serves as a testament to the innovative spirit and determination of the University of New South Wales students, who have worked tirelessly to develop and improve this cutting-edge technology.
The world record, according to team principal Professor of Practice Richard Hopkins, “shows what is conceivable and what can be achieved,” even though Sunswift 7 is far heavier than road-legal vehicles, which are required to include a number of equipment like airbags and air conditioning systems.
“During this record, the energy consumption was just 3.8 kWh/100km, whereas even the most efficient EVs on the road today only achieve a rating of 15kWh/100km and the average is around 20kWh/100km,” Prof. Hopkins added.
“Sunswift 7 isn’t a production car of the future, since we’ve compromised on comfort and the cost is prohibitive. But we have shown that if you want to make cars more efficient, more sustainable, more environmentally friendly, then it is possible.”
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