“Every time we have had a ten x change in technology, we had a disruption. It happened with the printing press, it happened with the first Model T – it cost the same as a carriage and two horses, but offered 10x the horsepower. But what he sees in the transition to autonomous EVs from privately owned petrol cars is the same he has seen for all other major transitions: what he calls the 10x opportunity cost. Seba admits that his forecasts are hard to digest. By 2030, 40 per cent of cars will still be privately owned, but they will only account for 5 per cent of kilometres traveled.Īutonomous cars will be used 10 times more than internal combustion vehicles were, they will last longer – maybe one million miles (1.6 million km) – and the savings will inject an additional $1US trillion into the pockets of Americans by 2030. Seba does not say that individual car ownership will completely disappear. Indeed, there are some people who are starting to anticipate this change, considering Australian-based business models and even local manufacturing, such as t hose revealed on Monday by Michael Molitor, the head of a new company called A2EmCo. “Furthermore, the disruption will start in cities with high population density and high real estate prices – think Sydney and Melbourne then Perth, Brisbane and Adelaide – and quickly radiate out to the suburbs, the smaller cities, and then rural areas.” “And this is going to happen despite governments, not because of governments. So yes, this applies to Australia,” Seba tells RenewEconomy. The report, by RethinkX, an independent think tank that focuses on technology-driven disruption and its implications across society, says this stunning and radical will be driven entirely by economics, and will overcome the current desire for individual car ownership, starting first in the big cities and then spreading to the suburbs and regional areas. Or getting a free ride because the local government has decided to make transport easier. Imagine, for instance, paying a token sum for a ride into town after buying a latte for $4.50. The provision of this service may come virtually free as part of another offering, or a corporate sponsorship. It’s the death spiral for cars.Ī major new report predicts that by 2030, the overwhelming majority of consumers will no longer own a car – instead they will use on-demand electric autonomous vehicles.īy 2030, within 10 years of regulatory approval of autonomous electric vehicles (A-EVs), the report says, 95 per cent of all US passenger miles traveled will be served by on-demand, autonomous, electric vehicles that will be owned by fleets rather than individuals. Transport-As-A-Service will use only electric vehicles and will upend two trillion-dollar industries. The lithium ion batteries used in electric cars do not currently have a high enough energy density to be viable for long-distance haulage, meaning trucks such as Tesla’s planned Semi could require tonnes of batteries, denting their efficiency and raising their cost.By 2030, you probably won’t own a car, but you may get a free trip with your morning coffee. However, the other two-thirds – long-haul deliveries by lorries – are difficult to decarbonise because of range and weight requirements. Road transport was the sector with the largest increase in global greenhouse gas emissions over the last decade, according to the Committee on Climate Change, which recommended on-road charging for lorries in its latest report to parliament.īattery-powered electric lorries and vans are already viable options for the short-range deliveries in urban areas that make up about a third of road freight usage. The road freight sector is a large contributor to the climate crisis, accounting for 5% of the UK’s carbon dioxide emissions in 2018, according to government figures, as well as pollutants from diesel engines that harm human health. Officials from the UK’s Department for Transport were scheduled to visit the test sites in Germany in March, but the trip was postponed because of the coronavirus pandemic. The engineering company Siemens and the lorrymaker Scania have already carried out extensive tests of e-highway electric road systems in Germany, Sweden and the US. The three-phase proposed rollout of the ‘UK Electric Motorway System’
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