Summary

  • Electric car owners with V2L capability used their vehicles to power household appliances during Cyclone Alfred in Australia
  • Some owners like Greg and Sue shared their experiences of using their electric cars to power essential appliances during the power outage
  • Even PHEV owners with low battery capacity like the Mitsubishi Outlander were able to provide backup power during the cyclone
  • Several EV owners were able to run their households as normal with the help of their vehicles during the power outage
  • Comments from EV haters were rebutted by positive experiences of how EVs provided electricity during the crisis

Article

During the aftermath of Cyclone Alfred hitting Brisbane, Australia, many electric car owners with vehicle-to-load (V2L) capability utilized their vehicles’ battery power when the grid went down. Various stories were shared by owners, showcasing how they were able to power household appliances during the outage. One owner, Greg, mentioned using his BYD Atto 3 to power his fridge, TV, kettle, and other devices for 11 hours, only using 2% of the battery power. Another owner, Sue, highlighted how they ran multiple appliances using their Atto during a 36-hour power outage while only consuming 8% of the battery power. Even owners of PHEVs like the Mitsubishi Outlander were able to power essential devices during the blackout.

Owners of different electric vehicles, including the MG4, also shared their experiences of using their vehicles as backup power sources during Cyclone Alfred. One owner mentioned that they ran a fridge, devices, kettle, and coffee machine with their MG4, losing about 10% of battery power per day. These stories highlighted the practicality and efficiency of using electric vehicles with V2L capability as backup power sources during emergencies. Some owners even mentioned trading in their EVs for ones that supported V2L, indicating a growing appreciation for this feature.

Despite the positive outcomes of using electric vehicles for backup power, some negative comments arose in response to mainstream media coverage. Critics argued that diesel generators would be cheaper, but proponents of V2L capability emphasized the convenience and sustainability of using electric vehicles for backup power. The positive impact of EVs during emergencies like Cyclone Alfred was apparent, with many owners grateful for the technology and its reliability during challenging times. The commentary from both sides of the debate reflected a growing awareness of the benefits of electric vehicles in emergency situations.

In response to the negative comments, many EV owners defended the use of their vehicles for backup power, pointing out the advantages over traditional fuel-powered generators. The ability to charge EVs elsewhere and the environmental benefits of using sustainable energy sources were highlighted by supporters of V2L technology. The reliance on electric vehicles during power outages demonstrated their practicality and efficiency as backup power sources, challenging misconceptions about their reliability in emergency situations. Overall, the experiences shared by EV owners during Cyclone Alfred showcased the versatility and resilience of electric vehicles with V2L capability.

As the debate between traditional fuel-powered generators and electric vehicles with V2L capability continues, the stories of EV owners during Cyclone Alfred serve as a testament to the effectiveness of using electric vehicles for backup power. The reliability and convenience of EVs in emergencies were highlighted by owners who successfully powered essential appliances during the blackout. Despite some criticisms, the positive impact of V2L technology on energy resilience and sustainability was evident, paving the way for increased adoption of electric vehicles as backup power sources. The experiences shared by EV owners underscore the potential of electric vehicles to revolutionize how we approach emergency preparedness and energy resilience in the face of natural disasters.

Read the full article here

Share.
Leave A Reply

2025 © Kilowatt Journal. All Rights Reserved.
This is an AI generated website and there is a possibility that some information might not be accurate or up to date.
Exit mobile version