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    Australia Electric Vehicles Charging Infrastructure

    Subjects: Others | Area Studies
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    Submitted by: Scott Dwyer


    Electric vehicle (EV) adoption is growing worldwide with increasing market pull from consumers and market push from manufacturers of vehicles and charging equipment, as well as others in the supply chain. Governments have begun developing policies to support EV uptake and local governments, in particular, are examining what role they should play. In Australia, a large country with low population density, EV uptake has been slower in comparison to other similar economies. 

    1. Introduction

    1.1. Global EV Context

    The transport sector is a major source of global greenhouse gas (GHG) emissions. It was responsible for 25% of global carbon emissions in 2018 with steady increases in recent decades [1]. Transport plays an important role in society, facilitating work, education, leisure pursuits, the transportation of goods, and the provision of services. However, carbon dioxide emissions arising from human activities and the accompanying adverse impact on the environment has led to the realisation that all elements of the economy must be rapidly decarbonised.

    Australia is a large country with a relatively small population. At 7.7 million km2, it is the sixth-largest country in the world [2][3]. However, with only 23.5 million citizens (compared to 1.4 billion in China or 333 million in the United States), population density is low compared to other large countries. A large majority of Australia’s population also reside in urban areas (86.1%), mostly in cities or towns along the East coast [4].

    1.2. The Australian Context

    Transport is Australia’s third-largest source of GHG emissions (18.9% of total), and these have been increasing more quickly than any other sector over the last three decades [5]. Over half of this is contributed by cars, of which Australia has a particularly high dependency [6]. Australia’s average emissions intensity for passenger vehicles is also higher than that of other similar advanced economies (48% higher than Japan, 41% higher than Europe, and 16% higher than the United States), due to various factors such as consumer preferences and weaker policy drivers for low emission vehicles [7]. Therefore, electrifying the Australian passenger vehicle fleet is critical for reducing the country’s carbon emissions from transport and overall. It could also help Australia capitalise on other associated benefits, including improved local air quality, less reliance on imported fuels, support a greater share of renewables on the grid, and lower fuel costs for consumers. However, the electrification of transport in Australia faces both generic and specific challenges posed by the country’s geography, population, demographics, and structure of its political system.

    1.3. Australia and Electric Vehicles

    In a 2019 consumer survey, over half a million Australians said that they intended to buy an electric vehicle EV within the next four years [8]. Despite such positive consumer attitudes, fewer than 7000 plug-in EVs were sold in 2019 [9] out of 1.15 million new car sales [10]. This equates to only 0.6% of new car sales in 2019 being electric. This represents a low uptake of EVs when compared with other countries with whom it typically compares in terms of population, economy, or standard of livin.

    Australia also lags on several other metrics in terms of the provision of infrastructure for EV charging. Figure 1 shows there are 11,039 people per public charger in Australia compared with 397 people per public charger in Norway, a global leader in the electrification of its passenger vehicle fleet. Canada—which has a similar land mass and population density to Australia—has 3056 people per public charger.

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    Figure 1. Number of people per public charger (based on number of public EV charge points).

    As shown in Figure 2, Australia has seven EVs per public charge point, the same as Canada, which has a similar landmass to Australia. Although they have a similar ratio of EVs to EV chargers, Canada has substantially more plug-in electric vehicles in its fleet than Australia (82,756 compared to 16,275), more public chargers (12,333 compared to 2307), and a higher percentage of its fleet are electric plug-in (0.23% compared with 0.08%).

    Sustainability 13 06590 g002 550

    Figure 2. Number of EVs per public charger (based on the number of public EV charge points and the number of plug-in EVs).

    These metrics reflect the very real geographic and population challenges that Australia must overcome to decarbonise its transport. In addition, it must address the other well-documented barriers that exist for EV adoption, such as those relating to the techno-economic (e.g., range and price) and non-technical (e.g., consumer-related, regulation, and policy) categories [11][12][13].

    1.4. The Role of Local Government in Australia

    Australia is divided into 537 local government areas (LGAs), known as “local councils”. Local councils represent the third tier of government and vary widely in geographical size and population, and therefore resources. They have key responsibilities related to the local road infrastructure, local environmental amenity, and ensuring local communities thrive, including being responsible for the planning, development, and maintenance of local transport infrastructure such as roads and car parking [14]. While some are currently trialling and testing approaches to deploying EV charging infrastructure and electric fleets, most are yet to publish their strategies. With such a critical role in road transport infrastructure, the support of local councils is needed to make EVs a viable choice for consumers.

    1.5. The Challenge

    While both consumer awareness and choice of EVs is expanding, EV penetration will be dependent upon the necessary charging infrastructure keeping pace. Local governments have a key role to play in this.

    2. The Role of Government

    All levels of government have acknowledged the important role EVs have to play and have published (or they have publicly announced that they plan to publish) EV strategies. The Federal Government has published a single page factsheet relating to what it says is its EV strategy while more recently announcing a discussion paper on its Future Fuels Strategy. Six states/territories out of a total of eight have now published a dedicated EV/e-mobility strategy. For local government, broader transport or mobility strategies are common and some do refer to EVs or low emission vehicles and actions to support them. Table 2 presents a summary of the relevant EV strategies and support mechanisms for different levels of government in Australia.

    Table 2. Summary of relevant EV strategies and support for the different levels of government in Australia.

    State/Federal Dedicated EV/
    e-Mobility Strategy
    Type of EV Support Mechanism Description
    Australian Government Factsheet on strategy (2019).
    Future Fuels Strategy discussion paper (2021).
    None Consultation on strategy for enabling private sector deployment of low emission road transport technologies.
    Australian Capital Territory (ACT) Yes (2018) Stamp duty waiver on new vehicles.
    Discounted vehicle registration.
    New vehicle purchases pay nothing for stamp duty for the first 2 years followed by an ongoing 20% discount.
    They also receive an extra $200 discount on registration.
    Queensland (QLD) Yes (2017) Reduced stamp duty for EVs and hybrids. Reduced stamp duty ($2 per $100 up to $100,000 and $4 per $100 thereafter).
    New South Wales (NSW) Yes (2019) Reduced motor vehicle tax (all fuel-efficient vehicles). For all vehicles with CO2 emissions <150 g/km.
    South Australia (SA) Yes (2020) None Support for smart charging demonstrations.
    Northern Territory (NT) In consultation (2019) None -
    Western Australia (WA) Yes (2020) None $20 million in support for an EV charging network.
    Victoria (VIC) Yes (2021) Discounted vehicle registration.
    Reduced stamp duty rate, Subsidy.
    $100 annual discount on vehicle registration.
    EVs exempt from “luxury vehicle” rate of stamp duty (pay a flat rate of $8.40 per $200 of market value, rather than up to $18 as per non-electric vehicles),
    Twenty-thousand subsidies of up to $3000 for new EV purchases under $69,000.
    Tasmania No None -
    Local Government (a selection)
    City of Adelaide No Sustainability incentives for rebates on EV charging stations. Up to 50% (up to a maximum of $10,000 for advanced systems capable of demand management) for EV charging stations.
    City of Sydney No Discounted parking permits. For vehicles with emissions less than 112 CO2 g/km, an annual parking permit costs $41, which increases to $159 for CO2 emissions >260 g/km.
    Lake Macquarie City Council Yes (2020) None -

    Source: [12][15][16][17][18][19][20][21].

    3. Business Models

    Business models are essential for councils to consider for the successful deployment of EV charging infrastructure. A business model can be defined as a representation of how organisations create value that they share with their customers [22][23][24]. The EV industry is at an early stage of development and is likely to continue to evolve quickly and unexpectedly over the coming years. Other studies have reported on the types of business models relevant for EV charging [13][24][25][26]. While there are many emerging business model options, stakeholders are unsure of what business models are most effective and profitable [27]. Specific business models and approaches for councils do not readily appear in the literature, and, while there are various examples of local governments around the world leading the deployment of EV charging infrastructure (e.g., City of Amsterdam and Adelaide City Council), the business models are not always transparent or obvious.

    Multiple risks exist for local government concerning charging networks due to high initial investment costs, revenue uncertainty, electricity tariffs and peak capacity contracts, and the involvement of multiple stakeholders. An agile approach to refining a business model, while future-proofing any choice of technology or platform, will be needed if they are to have a role in the deployment of EV infrastructure in Australia.

    4. Conclusions

    Australia’s EV charging infrastructure deployment is far behind other countries it typically compares itself with, even those with similar challenges with low population density and large landmass. This means Australians will lose out on capitalising on the benefits EVs can bring. However, local governments in Australia can play a key role in the deployment of public EV chargers in the early stages, given their responsibility for managing road transport infrastructure and especially where some of the benefits and challenges of EVs are viewed as being more local in nature (e.g., air quality). 

    While many choices can be made by councils, it is important for them to determine the role they want to play in owning or facilitating the deployment of the charging infrastructure and the risks that they are willing to bear. A morphological approach applied in a local council context can help local governments make considered choices that take into account the various risks and benefits. Although many of the risks can be assigned to other parties by modifying the council’s business model, risks relating to regulation remain and will require effective national standards and policy on charging infrastructure specifications, integration with the electricity grid, planning, building and construction, public safety, and consumer protection. This is challenging for local governments to influence at a state or national level.

    To accelerate the rate at which public EV chargers are rolled out across Australia, there is a need for more consistent guidance aimed at local government audiences. Further development of this methodological approach with other local councils would build the evidence-base and fit-for-purpose templates to guide local government in a meaningful way.

    The entry is from 10.3390/su13126590


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