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12.01AM, THURSDAY 11TH JANUARY 2024
The ‘sting’ in summer road trips: how families could slash costs on popular NSW holidays
Hitting the open road this summer is going to sting Aussies at the bowser, with petrol prices remaining high around the country. But new analysis from the Climate Council shows driving a lower or zero emissions vehicle could slash petrol bills to a quarter of what Sydney drivers would otherwise pay.
The analysis shows drivers on popular holiday routes from Sydney can save up to $167 on the journey with a battery electric vehicle and up to $131 with a more fuel-efficient petrol car, compared with the average petrol-guzzling car in the Aussie fleet. Charging with solar could bring even greater savings for EV drivers. Drivers taking their families on holiday by charging a battery electric vehicle pay only a quarter (24%) of the cost of filling up an average petrol car.
Climate Council Head of Advocacy, Dr Jennifer Rayner, said: “The great Aussie road trip is a summer tradition for many families. But these days, hitting the open road comes at a huge cost to the hip pocket of Sydneysiders, as well as to our environment.
“We need cars that use far less fuel to help save Aussies money and cut pollution. They’re out there, but there aren’t enough of them available to buyers.
“The Federal Government can help by putting strong fuel efficiency standards in place as soon as possible so everyone has access to cleaner cars that help slash Aussie petrol bills. Every day we delay putting national standards in place, Australians are missing out and paying too much.”
Climate Councillor and economist, Nicki Hutley, said: “Fuel consumption is a major consideration when choosing a car. Seven in 10 drivers say they’re changing their driving habits, including avoiding taking road trips, in response to skyrocketing fuel prices.
“Having cleaner cars that are cheaper to run will help relieve the cost of living pressure on Sydney households. We’ve crunched the numbers and electric cars deliver the biggest savings but even choosing a more fuel-efficient car can generate big savings.
“The best part is, you don’t have to own an electric car to drive one. Hiring an electric vehicle for your next trip is a great option. With rental prices starting from $70-150 per day in major cities, it’s cost-effective for longer journeys. That leaves more money in our wallets to enjoy the summer holidays.”
ENDS
Images and videos available for media use can be found here.
For interviews please contact Zerene Catacutan on 0438 972 260, [email protected]
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Fuel costs of common road trips - average car vs. battery electric vehicle |
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Journey |
Average passenger car |
Battery electric vehicle (grid charging) |
Cost savings between these types of vehicles |
|
NSW (Syd > Huskisson) |
$38 |
$9 |
$29 |
|
NSW (Syd > Merimbula) |
$93 |
$22 |
$71 |
|
NSW/QLD (Syd > Gold Coast) |
$172 |
$41 |
$131 |
|
NSW/VIC (Syd > Melbourne) |
$181 |
$43 |
$137 |
|
NSW/VIC (Syd > Great Ocean Rd) |
$220 |
$53 |
$167 |
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Fuel costs of common road trips - average car vs. more efficient petrol car |
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|
Journey |
Average passenger car |
More efficient petrol car |
Cost savings between these types of vehicles |
|
NSW (Syd > Huskisson) |
$38 |
$16 |
$23 |
|
NSW (Syd > Merimbula) |
$93 |
$38 |
$56 |
|
NSW/QLD (Syd > Gold Coast) |
$172 |
$70 |
$103 |
|
NSW/VIC (Syd > Melbourne) |
$181 |
$73 |
$107 |
|
NSW/VIC (Syd > Great Ocean Rd) |
$220 |
$89 |
$131 |
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Methodology Three vehicles were used for this analysis: the average Australian passenger vehicle defined by ABS (11.1L/100km fuel consumption), an efficient internal combustion engine (ICE) vehicle (Skoda Fabia, 4.5L/100km fuel consumption) and a battery electric vehicle (BEV) (BYD Atto 3 Extended, 60.5 kWh battery and 420 km range). The vehicle models compared are all listed as 2WD wagons on the Green Vehicle Guide. Fuel costs refer to the week ended 10 December for 2023, these are broken down by state with NSW and ACT combined. Electricity costs are prices as of 11 December 2023 and broken down by state grid usage. Note: Solar EV charging can be significantly cheaper, while public standard AC and fast DC charging can be slightly more expensive (45-65c/kWh). Where a journey crosses into another state, the fuel and electricity costs of the origin state are used throughout. BEV charging costs = EV battery size (kWh) multiplied by electricity rate ($ per kWh), divided by the vehicle range for $ per km and multiplied by trip km. |
About us:
The Climate Council of Australia is community funded and independent. We educate Australians about the climate challenge we face, and provide evidence and expertise for smart solutions.For further information, go to: climatecouncil.org.au Or follow us on social media: facebook.com/climatecouncil and twitter.com/climatecouncil
