Australia’s first team to attempt a full lap of the country in an electric campervan recently faced a power depletion crisis near Burra, South Australia, just 200 meters from the nearest charging station, ultimately requiring a tow from the Royal Automobile Association (RAA). This incident not only serves as a significant case study for long-distance electric campervan travel but also provides practical insights into charging strategies and range management.
200-Meter Shortfall Leads to Tow Incident
Drivers Clive Attwater and his partner Anne had planned to charge at Morgan around July 19 before heading to the Burra charging station. However, Clive assessed that the remaining battery was sufficient to cover the final 2 kilometers and decided to skip the planned charging stop. Unexpectedly, they encountered headwinds, and their electric campervan, nicknamed 'Lucy,' came to a complete halt just 200 meters short of a hill crest, unable to coast to the charging station.
Clive promptly contacted the RAA for assistance, and a tow truck arrived within 40 minutes. In their post-incident account, the team admitted, 'This was a clear mistake; we failed to adhere to the 'Always Be Charging' principle.' Clive noted that even diesel vehicle drivers top up fuel at virtually every service station they pass, emphasizing that electric vehicle drivers should cultivate the habit of charging whenever possible. The RAA’s tow service received high praise from the team, described as 'absolutely amazing.'
Electric Campervan Range Performance Influenced by Multiple Factors
'Lucy,' converted from a Farizon SV cargo van, is the first electric campervan to attempt a full lap of Australia. Clive revealed that the vehicle’s real-world average range is 242 kilometers, though this varies between 170 and 346 kilometers depending on terrain, wind speed, temperature, and driving speed. To manage these variables, the team typically drove at speeds of 80 to 90 km/h, only increasing to 110 km/h when charging infrastructure was readily available, balancing travel time with energy efficiency.