Electric Vehicles Cape Range National Park, WA 6707

The 6707 postcode area, including Cape Range National Park, Exmouth, Exmouth Gulf, Learmonth and North West Cape, is home to 1047 vehicles. Among these, 7 are electric cars, which include battery electric vehicles (BEVs), plug-in hybrid electric vehicles (PHEVs), hybrid vehicles, and fuel cell electric vehicles (FCEVs). This means that1% of the region’s vehicles are now electric, highlighting a growing shift towards sustainable transportation.

Assuming each vehile travels an average of 10,000km per year, the ICE (Internal Combustion Engine) vehicles in Cape Range National Park, Exmouth, Exmouth Gulf, Learmonth and North West Cape are emitting approximately 3118 tonnes of CO2 per year.

Assuming each traditional internal combustion engine (ICE) vehicle in 6707 travels around 10,000 km per year, total emissions from these vehicles amount to approximately NaN tonnes of CO2 annually. Collectively, electric vehicles (EVs) can be charged using solar energy. Based on sunshine data from the nearest weather station, Learmonth Airport, a typical household with a 6 kW solar power system can charge an EV to travel up to 241 km per day during the summer month of January, and 129 km per day in July, with an annual average of 194 km per day.

To facilitate this transition to electric cars and hybrid vehicles, there are around 0 public EV charging stations within 20 km of Cape Range National Park, making it easier for residents and visitors to charge their vehicles and drive sustainably.

Electric Vehicle Ownership in Cape Range National Park

* Federal Chamber of Automotive Industries and Electric Vehicle Council.

* Data from The Bureau of Meteorology (BOM). Closest weather station to Cape Range National Park: Learmonth Airport - approx. 20.9 km

Electric Vehicle Charging & Solar Power Cape Range National Park

* Data from The Bureau of Meteorology (BOM). Closest weather station to Cape Range National Park: Learmonth Airport - approx. 20.9 km

Featured Solar Installers Servicing Cape Range National Park

Electric Vehicles Charging Cape Range National Park

Number of kilometers you can drive your electric vehicle each day when charging solely from a 6kW solar system in Cape Range National Park

Electric Vehicle Cape Range National Park - Community Profile

Cape Range National Park EV Demographics

With a population of 2828 people, Cape Range National Park has 1047 motor vehicles based on the Australian Bureau Of Statistics 2021 Census. This is made up of 333 homes with 1 motor vehicle, 413 homes with 2 motor vehicles, and 301 of homes with 3 motor vehicles or more.

With 0 public ev charging stations in Cape Range National Park and a combined 7 registered vehicles that are either battery electric vehicles (BEVs), plug-in hybrid electric vehicles (PHEVs), hybrid vehicles, there’s a growing interest in electric cars and Cape Range National Park electric car charging stations. For the 347 homes that already have solar panels in the 6707 postcode, being 26% of the total 1343 homes in this community, Cape Range National Park EV owners who combine home solar panels with an EV charger with benefit financially whilst also reducing their environmental impact.

* Based on Australian Bureau of Statistics 2021 Data

Electric Vehicle Charging Stations

As Western Australia’s rugged coastal gem, Cape Range National Park is increasingly attracting eco-conscious travellers – including electric vehicle (EV) owners. While EV adoption here remains modest, registrations have grown 75% since 2021, with seven plug-in hybrids now calling the region home. For visitors and residents navigating this remote landscape, understanding your charging options is key to exploring the park’s stunning gorges and coral-fringed shores with confidence.

Public EV charging stations remain scarce in Cape Range National Park itself, with no dedicated facilities within a 20km radius. This makes strategic planning essential. Most travellers top up in nearby Exmouth (70km south) before entering the park, where basic charging may be available at caravan parks or accommodation providers. Always confirm charging availability with your lodging provider in advance.

While the park itself lacks formal charging networks like Chargefox or Evie Networks, most modern EVs remain compatible with local infrastructure. The CCS2 and Type 2 (Mennekes) connectors used by popular models like the BMW iX1 (464km range) and Mercedes-Benz EQE SUV (606km range) can typically connect to 7-22kW AC outlets available at some accommodation providers. Plug-in hybrids like the Kia Sorento PHEV (68km electric range) are particularly practical here, allowing seamless switching to petrol power when needed.

Solar power emerges as the star player in this sun-drenched region. With average solar radiation of 23.10 MJ/m²/day (equivalent to 6.42 kWh/m²/day), residents can fully charge a Jaguar I-Pace’s 446km-range battery in about 5-6 days using a standard 5kW solar system – faster with battery storage. For context, the BMW iX1’s efficient 15.7kWh/100km consumption means just 4-5 hours of midday sun could power a 100km drive.

These solar advantages make home charging particularly compelling. A typical 7kW home charger paired with solar panels could reduce charging costs by 60-80% compared to grid power – crucial in remote areas with higher electricity prices. For plug-in hybrid owners, solar charging could cover most daily driving needs given the Kia Sorento PHEV’s 68km electric range requires just 11kWh – easily achievable with 2 hours of peak solar production.

Whether you’re a local resident or adventurous visitor, Cape Range National Park’s EV future shines bright. By combining careful trip planning with smart solar solutions, drivers can sustainably explore this unique landscape. Considering a home charging setup? Pairing it with solar panels tailored to our intense sunshine could turn your EV into a true off-grid companion. Local solar experts can help design systems that keep you powered between Ningaloo’s tides and the park’s ancient ranges – reach out today to harness the sun’s potential.