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Hyperloop, Hydrogen powered trains, and air taxis. As the 21stst As the 20th century advances, the way people get from A to B is on the cusp of a major change driven by design and innovation.
While the above technologies may still be a few years away from widespread adoption, that doesn’t mean the change isn’t already underway.
Around the world, national and local governments are trying to reduce emissions and improve air quality in cities, with many betting on a growing sector: battery electric vehicles.
There is undoubtedly a dynamic behind the industry. According to a recent report by the International Energy Agency, around 3 million new electric cars were registered last year. a record amount and a 41% increase compared to 2019.
Looking ahead, the IEA says the number of electric cars, buses, vans and heavy trucks on the roads – its forecast doesn’t include two- and three-wheel electric vehicles – is projected to reach 145 million by 2030.
If governments step up efforts to meet international energy and climate goals, the global fleet could grow even further, reaching 230 million by the end of the decade.
A changing world
As the number of electric vehicles on the world’s roads increases, society must adapt.
For example, extensive charging networks need to be rolled out to meet increased demand and to dispel persistent concerns about “range anxiety” – the idea that electric vehicles can’t make long journeys without losing power and getting stranded.
Another area in which we will notice changes concerns noise: electric vehicles are not only emission-free, but also significantly quieter than their diesel and gasoline cousins.
This means less noise pollution in urban areas – a clear thing – but it also poses a potential challenge for other road users, especially those with vision problems.
“It can be very difficult for blind or visually impaired people to judge traffic,” Zoe Courtney-Bodgener, policy and campaign officer for the UK’s Royal National Institute of Blind People, told CNBC in a telephone interview.
Courtney-Bodgener explained that more and more “quiet” modes of transport are being used, using the example of bicycles and larger electric and hybrid vehicles.
“If you can’t always see these vehicles reliably or with your eyesight, the sound is even more important,” she said.
“And if the noise is not there or is not loud enough to reliably detect these vehicles, there is of course a danger because … you cannot reliably know when a vehicle is approaching you.”
The law of the land
It should be noted that laws and technology have been put in place around the world to address this problem.
In the European Union and the UK, for example, all new electric and hybrid vehicles must use an audible vehicle warning system (AVAS) from July 1st. This will build on and expand on the previous regulations that came into force in 2019.
According to the rules, the AVAS should step in and make noises when the speed of a vehicle is less than 20 kilometers per hour (about 12 miles per hour) and when it is reversing.
According to a 2019 UK government statement, the sound can “be temporarily turned off by the driver if necessary”.
According to the EU regulation, the noise generated by the AVAS should “be a continuous tone that informs pedestrians and other road users of a vehicle that is in operation”.
“The noise should easily reflect vehicle behavior,” it adds, “and should sound similar to a vehicle of the same category equipped with an internal combustion engine.”
RNIB’s Courtney-Bodgener told CNBC that while her organization was “happy” that the AVAS policy had been translated into UK law, it had not “done everything we asked of it”.
She went on to explain how the speed at which the AVAS turns on might need to be increased to 20 or 30 miles per hour.
“We are not convinced that if … a vehicle is traveling at a speed of, say, 21 miles per hour, it would generate enough noise on its own to be reliably recognized by noise.”
Another area of concern concerns older vehicles. “There are already many, many electric and hybrid vehicles that were produced before this legislation came into effect that did not have the sound technology,” she said.
There are currently no plans to retrofit these, she added. “This is worrying because there are already thousands of vehicles on the UK’s roads that do not have AVAS technology.”
From the industry’s point of view, it appears to be satisfied with the existing regulations. In a statement emailed to CNBC, AVERE, The European Association for Electromobility, told CNBC that it supported the “current legislative status quo”.
“The limit of 20 km / h is sufficient, because at this level other noises – especially rolling resistance – take over and are sufficient for pedestrians and cyclists to hear approaching electric and hybrid vehicles,” added the Brussels organization.
“In fact, the requirement of additional noise above 20 km / h would deprive European citizens of one of the main advantages of electrification: lower noise levels at city speeds.”
Noise pollution can indeed be a serious problem. According to the European Environment Agency, over 100 million people in Europe are “exposed to harmful environmental noise”. The agency classifies road traffic noise as “a particular public health problem in many urban areas”.
Regarding the need for modernization of older cars, AVERE said: “Only a very small proportion of the electric vehicles on European roads would be subject to retrofitting obligations, as many existing vehicles were already equipped with AVAS in anticipation of the new ones and that the rules were introduced in good time to meet the expected mass consumption of To support electric vehicles in the years to come. “
Should it emerge that “additional requirements” are needed, AVERE is ready to work with policy makers.
The discussions and debates on this topic are likely to go on for a long time and it is clear that a balance will have to be found in the future.
Whether you think current legislation goes far enough or not, the fact is that these types of systems will become an increasingly important feature of urban travel in the years to come.
Robert Fisher is Head of EV Technologies at the research and consulting company SBD Automotive.
He emailed CNBC that tests the company had “found AVAS to be very effective,” but added that if a pedestrian is unfamiliar with the noise, “may not automatically do so with presence of an approaching “Connect Vehicle.”
“Currently, AVAS is mainly hampered by inconsistent legislation and a lack of innovation,” he said, and dared to look positively into the future.
“With the move away from the internal combustion engine, this technology has the potential to become an integral part of a car’s character, a point of brand differentiation and the ability to save lives.”