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Emissions experts call for reform of car taxation to be based on a combination of weight and mileage

  • Simpler car tax system proposed, based on vehicle weight and miles travelled
  • Would apply the ‘polluter pays’ principle
  • Switching to 150 kg lighter car or driving 1,000 fewer miles will save £100 a year 
  • Experts call current VED system ‘a mish-mash of incentives and penalties’

Cars should be taxed on a combination of weight and mileage, according to a radical new study from emissions experts Nick Molden and Felix Leach.

Nick Molden
Nick Molden

Molden, who is the CEO of emissions testing company, Emissions Analytics, and Leach, Associate Professor of Engineering Science at the University of Oxford, will be launching their new book: Critical Mass: The One Thing You Need to Know About Green Cars at Keble College, Oxford, on November 25th and Imperial College, London, on December 2nd. The events will outline proposals for a simpler, more environmentally-credible road tax system.

The launch of the book will be hosted by Chief Executive of the RAC Foundation and former Director General at the Department for Transport, Steve Gooding, and Professor Gautam Kalghatgi, until recently Visiting Professor at the University of Oxford.

The book outlines in brutal clarity that the current system for Vehicle Excise Duty (VED) is flawed, even calling it a ‘mishmash of incentives and penalties’.

The result is a powerful evidence-based thinking that has the basis to overcome bitter factional disputes between different groups trying to promote one powertrain over another. Former Secretary of State for the Environment and Deputy Prime Minister, Michael Heseltine, said: “I welcome this contribution to the most important challenge of our time.”

It is a timely release. Next year the so called ‘road tax’ will undergo a major overhaul and it will include Electric Vehicles (EVs) that are currently exempt from VED.

Starting April 1st, 2025, EVs will lose their VED exemption, however. That means buyers of new EVs will have to pay the next lowest first-year tax rate, which currently stands at £10. Once an EV hits its second year on the road, owners will be required to pay the standard VED rate, which is currently £190 and is expected to increase with inflation from April 2025.

The new legislation will also hit buyers of EVs costing over £40k with additional tax and used EV buyers and hybrid buyers will also have to pay more.

But Molden and Leach say there is a solution that is not only better for the environment, but simpler to administer and much easier to understand. 

Molden explained: “Taxing a car on a combination of its weight and mileage offers a simple, potentially universal approach to pricing-in the environmental impact of cars while at the same time overcoming the objections to the current mish-mash of incentives and penalties.

“In our book, we offer an intuitive ‘proof’ of why mass and distance are fundamental to designing a system to incentivise the purchase of ever-greener cars and this is contrasted with other flawed bases for judging environmental impact, such as measures of vehicle efficiency, including energy and fuel efficiency, as well as elements incorporated in the current system such as fuel type and laboratory carbon dioxide emissions.”

The two experts outline ways in which the system can be adopted and show the types of cars likely to taxed lightly and those that will be more expensive to keep on the road. Broadly, smaller cars will be cheaper to tax.

Under Molden and Leach’s proposed system (taking the example of the UK) if an average car is 150 kg lighter or does 1,000 fewer miles, the owner would pay £100 less per year.

Felix Leach
Felix Leach

“Specific tax rates are proposed and compared to existing taxes to illustrate winners and losers – winners being small city cars and loser including high-mileage heavy cars and SUVs,” explained Leach. “The concept proposed is a reliable revenue-raiser at a time of widespread fiscal pressure and declining vehicle taxation. It could also be adopted rapidly and transitioning to it is easy.”

The idea of taxing a car on the basis of its weight and miles travelled, also translates easily for a car-buying public that has to negotiate confusing rates and inconsistencies, while car makers have increased the size and weight of their models with impunity.

Molden added that deploying a single measure of a car’s environmental credentials to guide purchases and government policy is the way forward, and the measure that takes account of approximately three-quarters of the environmental impact of a car is the car’s weight, and that metric correlates well with environmental damage.

Molden added: “Most people want to do the right thing environmentally when they are buying a car, but the information and choices are now too complex for any normal consumer to understand fully. The question was whether there is a simple, practical way to point the car buyer in the right environmental direction and allow governments to tax and subsidise the right things – and there is.”

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Eatron Technologies and Syntiant introduce AI-powered BMS-on-a-chip solution

Eatron Technologies and Syntiant introduce AI-powered BMS-on-a-chip solution

A new system-on-a-chip, the result of an ongoing collaboration between battery management experts Eatron Technologies and edge AI leader Syntiant, offers an unprecedented turnkey solution to the challenges of battery performance and safety for light mobility, industrial and consumer electronics applications.

The integration-friendly AI-BMS-on-chip can unlock 10% additional capacity and enhance battery lifespan by up to 25%, while substantially reducing time-to-market. The optimised solution delivers exceptional performance and efficiency in a remarkably cost-effective package, combining Eatron’s Intelligent Software Layer with Syntiant’s ultra-low power Neural Decision Processor.

Eatron’s pre-trained models deliver state-of-health, state-of-charge, and remaining useful life assessments with exceptional accuracy out of the box, thereby maximising available power. Predictive diagnostics, meanwhile, can detect potential battery issues long before they occur, enhancing safety.

By capitalising on the efficient processing power of Syntiant’s NDP120, the AI-BMS-on-chip can operate on the edge, where it can deliver real-time analysis and decision-making directly on the device without needing to rely on complex cloud infrastructure that would otherwise introduce cost, latency and power consumption issues.

The jointly-developed plug-and-play solution will bring performance, safety and longevity enhancements to a wide range of battery-powered applications, from consumer electronics and e-bikes to micro LCVs and forklifts. The AI-BMS-on-chip can be customised through a user-friendly toolchain that allows it to be optimised to each individual application, while existing BMS hardware can be easily upgraded to take advantage of its best-in-class performance.

“We are now running our latest AI models completely integrated on the edge in the Syntiant chip,” said Amedeo Bianchimano, Chief Product Delivery Officer at Eatron Technologies. “With AI-BMS-on-chip, we can ensure any battery-powered application can be deployed in the millions in complete safety while getting the most out of the battery.”

“Our NDP120 allows Eatron’s software to process all the data on the edge for batteries,” said Mallik P. Moturi, Chief Business Officer at Syntiant Corp. “It enhances battery life, safety and performance. This makes it perfect for everything from consumer electronics all the way to commercial vehicles.”

Further details are available here: https://eatron.com/the-future-of-battery-management-aipower-on-the-edge/

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MG4 announced as Parkers Car of the Year 2024

  • All-electric MG4 hatch takes three prizes in prestigious Parkers awards
  • As well as overall ‘Car of the Year 2024’ trophy, MG4 EV takes ‘Best Small Family Car’ and ‘Best Value Car’ in the 2024 awards
  • Parkers titles brings total of UK prizes for MG4 EV to more than 12 for the year
mg4-electric

MG Motor UK is celebrating a triple win at the Parkers New Car Awards 2024, with the MG4 EV taking two category wins in this year’s awards, as well as the outright title of Car of the Year 2024.

The MG4 EV has been named as Parkers’ ‘Best Small Family Car’ of the year, with judges recognising ‘that the MG4 EV offers excellent space for people, their luggage and nicknacks for the money’. 

It has also been voted as ‘Best Value Car’ of the year according to Parkers’ editor Keith Adams, commenting that “the MG4 EV is not only great value, but also a very impressive piece of kit. Even if it were a similar price to its closest rivals, it would be a winner – but at thousands less it’s an irresistible choice for anyone looking for an all-electric family car”.

“Taking the top honours in the Parkers New Car Awards 2024 is a remarkable achievement for a value-priced EV,” said Keith Adams. “It’s a reflection of just how effective MG’s rebirth has been, transforming into a fast-growing brand concentrating on EVs. In short, the MG4 EV is an outstanding Parkers Car of The Year.”

The MG4 EV has now secured more than 30 award wins since its debut last year, including an impressive nine overall ‘Car of the Year’ titles.

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First teaser of the Renault 5 E-Tech electric ahead of 2024 Geneva International Motor Show

  • Renault will be staging the world premiere of Renault 5 E-Tech electric on 26 February at the Geneva International Motor Show.
  • Renault 5 E-Tech electric will launch with a 52kWh battery delivering up to 248 miles (WLTP) of driving range.
  • On 1 December, a teaser campaign targeting the general public will reveal a few of the design details of Renault 5 E-Tech electric.
  • Ahead of the reveal, Renault 5 fans and enthusiasts will be able to join R5 R Pass, an exclusive priority programme available in seven European countries. Members will be able to place their orders early and be among the first to take delivery of their new car.
R5TeaserLead

An original teaser campaign targeting the general public from 1 December
For this very special launch, Renault worked with Publicis Conseil to put together a teaser campaign that is exceptional not only in terms of its form but also its scope, since it is launching three months ahead of the official reveal.

The theme of the campaign: “R5VOLUTION IS BACK”.
Launched in 1972, at a time of social and societal turmoil, R5 shook up the automotive industry with its revolutionary approach to cars. In 2024, Renault is starting another revolution against a different backdrop: the energy transition, the location of production in France and the need for energy sobriety. And it is out to publicise this imminent comeback with a campaign taking in the whole of Europe.

The campaign reveals the first iconic features of the future vehicle’s exterior design, starting with the 5 logo. The logo will be available in a choice of three colours, which will also be found on the production model: yellow, blue and green.

The largely concealed vehicle is systematically accompanied by a QR code linked to the renault.fr/R5 website.  This site reveals a little more about the future vehicle with a series of details illustrated by key words: R5DESIGNED, R5NERGISED, R5DIGITALISED, R5SOURCEFUL, R5LOCALISED, R5VOLUTION IS BACK. The website also includes details of the special  R5 R Pass , for customers wanting to be among the first to order and receive their Renault 5 E-Tech electric on launch.

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MAHLE sets the global standard for wireless charging

  • SAE International chooses the MAHLE positioning system as the global standard solution for the wireless charging of electric vehicles
  • Key technology closes the crucial gap in standardization
  • Cross-manufacturer solution enables a comprehensive and rapid market launch
  • MAHLE CEO Arnd Franz: “A strong impetus for e-mobility.”
MAHLEInductiveCharge

Inductive – i.e. wireless – charging of electric vehicles is much more convenient as there is no need to fiddle with cables or search for a charging station with a suitable plug. MAHLE has developed a positioning system that allows an electric vehicle to be simply, reliably and precisely aligned above the charging coil in the floor. SAE International has now chosen the MAHLE positioning system as the global standard solution for wireless charging. The internationally renowned non-profit association for the progress of mobility technologies, based in the USA, thus closes the last gap in standardization of inductive charging that has been unfilled for ten years. The cross-manufacturer solution from MAHLE now paves the way for the comprehensive and rapid market launch of this attractive alternative to wired charging for batteries and electric and hybrid vehicles. “MAHLE is setting standards. The renowned SAE’s decision in favor of our technology confirms the systems expertise of MAHLE in electrification as well. This will be a strong impetus for e-mobility,” said Arnd Franz, Chairman of the MAHLE Management Board and CEO.

The MAHLE positioning system DIPS (Differential Inductive Positioning System) represents a paradigm shift in the field of e-mobility. It is based on a magnetic field and automatically establishes a connection with the controlled charging point as the electric vehicle approaches. A special navigation system in the vehicle display supports the driver, and the car is soon in the ideal position. The charging process begins automatically. This also works with an autonomous parking vehicle, where the parking system receives the necessary positioning instructions instead of the driver. Thanks to the unique MAHLE positioning system, the parking process can be carried out very easily and reproducibly in one go. And this also applies to unfavorable environmental conditions such as snow cover or wet leaves on the bottom plate.

For the wireless charging of electric vehicles, all components relating to both the infrastructure and the vehicle side must be standardized. Only then can both the vehicle manufacturers and the infrastructure providers bring a solution to market that ensures compatibility regardless of the manufacturer. MAHLE will make its solution accessible to the entire industry via a license model under FRAND (fair, reasonable, and non-discriminatory) conditions.

The broad applicability of the system will also enable mobile applications in the future, such as charging via induction coils while driving. MAHLE has also formulated the standard for this together with Electreon Wireless.

In terms of charging infrastructure, MAHLE has long relied on wireless charging, which is a convenient and promising alternative for electric vehicles. “Siemens and Witricity are two strong partners at our side with whom we are jointly advancing the complete system of charging infrastructure and automotive engineering,” said Dr. Harald Straky, Head of Corporate Research and Advanced Engineering at MAHLE.

More than 128,000 engineers and technology experts from the aerospace, automotive and commercial vehicle industries are organized in SAE International. SAE develops global technology standards, including the standardization of the vehicle identification number.

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‘Cone free Christmas’ supported by leading recovery team

‘Cone free Christmas’ supported by leading recovery team
Start Rescue, Britain’s best value breakdown and roadside recovery service, believes that a ‘cone free Christmas’ is excellent news for motorists. National Highways has just announced that over 900 miles of roadworks will be removed before the main get-away and this means that 98 per cent of motorways and A-roads will be completely clear until 3 January.

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Semiconductor drought could soon become a flood of chips

Semiconductor drought could soon become a flood of chips

The semiconductor shortage that has plagued the automotive industry for much of the last two years may soon be turned on its head, says in-vehicle connectivity pioneer VNC Automotive, as a lack of chips critical for high-tech features suddenly becomes a glut.

“It’s ironic that the very situation that triggered the shortage for much of the automotive industry should be driving the recovery, now that it has become reversed due to the prospect of recession,” says Tom Blackie, CEO, VNC Automotive.

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MAHLE Powertrain’s tech-talk series explains how they make electric vehicle battery technology work harder, faster, further

mahle-powertrain-tech-talk series

MAHLE Powertrain will outline how their expertise can push electric vehicle battery technology harder, faster and further in a series of in-depth tech-talk videos. Each will review a different aspect of the battery design, development, validation and integration process, and will cover critical topics such as designing for legislation, performance trade-offs, and the importance of rigorous testing. Starting on 31st October, new videos will be released every other week, with each presented by MAHLE Powertrain’s experts as they deliver the benefit of their knowledge, direct from the engineering team.

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Uniti One pure EV now available to order online

Three days after revealing pricing for its all-electric city car, Uniti is delighted to announce that it is now accepting deposits for the Uniti One from customers in Sweden and the UK.

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New MAHLE 48-volt battery boosts mild-hybrid performance

With a new 48-volt battery optimized for use in mild-hybrid vehicles, MAHLE Powertrain is making it possible to maximize the recuperated energy that can be stored and released. This can significantly increase the efficiency of mild-hybrid vehicles, allowing a fuel saving of between 12 and 15 percent. With this development, MAHLE Powertrain is increasing the capabilities of 48-volt systems, which offer major safety and cost advantages when compared with high-voltage systems.

Mild-hybrid vehicles need to recover energy efficiently and at a relatively high power during deceleration events. High storage capacity is not required for these applications as the recuperated energy can be deployed during the next acceleration. Thus a compact and cost effective battery that is capable of high charge and discharge power levels relative to its storage capacity (high C-rates) is desirable. As there were no suitable low-cost, compact batteries able to deal with the necessary recharge and discharge cycles involving high currents, MAHLE Powertrain decided to develop its own. The LTO chemistry in the selected cells allows continuous charge / discharge rates of 10 kW and peak rates for short periods up to 20 kW from a battery pack that has only a 0.5 kWh storage capacity.

Optimal battery cooling guarantees charge/discharge performance and battery durability. However, the coolant needed to be electrically isolated from the cells. MAHLE Powertrain settled on a robust cooling strategy, with simulations showing cooling performance to be exactly on target.

MAHLE Powertrain engineers paid a great deal of attention to the design of the busbars and electrical connections within the battery, as any high resistance in these components can be an additional heat source and limit the power capability of the system.

Testing of the first prototype is underway to verify that the pack can meet the performance targets. Initial results indicate that all temperatures within the pack remain within an acceptable range at a continuous discharge rate of over 10 kW and that it is capable of peak power levels in excess of 20 kW. The next step will be to install the prototype pack into MAHLE Powertrain’s 48V eSupercharged extreme downsizing demonstrator vehicle.