Electric vehicle

think-evs-are-too-expensive?-here-are-11-for-under-$40k.

Think EVs are too expensive? Here are 11 for under $40K.

or buy used —

The average new car costs more than $47,000—here are 17 EVs for less than that.

A piggy bank inside a

Aurich Lawson | Getty Images

New cars have gotten pretty expensive, and it feels like electric cars are especially pricey. The average sale price of a new car has dropped a couple of thousand dollars since it peaked in early 2023, but at more than $47,400 in April, sticker shock is understandable, particularly as interest rates have doubled over the course of the past two years. Based on reader feedback, that impression is particularly pronounced when it comes to new electric vehicles. But EV prices have actually been falling, and inventory is growing. So we put together a list of all the new EVs on sale today for less than the average transaction price of a new car. You can buy 17 different EVs for less than the average price of a new car, and 11 are available for less than $40,000.

Nissan Leaf

The Leaf is the cheapest new EV on sale today.

Enlarge / The Leaf is the cheapest new EV on sale today.

Jonathan Gitlin

First on the list is the Nissan Leaf, which starts at just $28,140 for the version with a 40 kWh battery pack. Nissan was an early EV pioneer, and the current Leaf is the second generation to wear the name. But it hasn’t always been on the cutting edge, and some of the Leaf’s specs that felt a little outdated in 2017 may feel more so in 2024. The Leaf is eligible for a $3,750 IRS clean vehicle tax credit.

Mini SE

There's an old joke where I come from.

Enlarge / There’s an old joke where I come from. “How do you get to Wales in a Mini,” it asks, except instead of “to Wales” the country, the joke is “two whales,” and the answer is “one in the front, one in the back.” Such jokes are unlikely to be repeated about the new battery electric Mini Cooper SE, but if they are, the answer will probably be “slowly, because you have to stop and charge it a lot.”

Jonathan Gitlin

With new tariffs on Chinese-made EVs, no one is entirely sure when the next electric Mini Cooper will go on sale in the US. But right now, you can buy the current Mini Cooper SE for a starting price of $30,900. Although the suspension can feel stiffer than a supercar’s, if you live in a city and don’t need mega-miles of range, the Mini fits the bill quite effectively and is much more of a hoot to drive (and much cheaper) than the John Cooper Works GP mini.

Fiat 500e

Fiat thinks the 500e makes the perfect second car.

Enlarge / Fiat thinks the 500e makes the perfect second car.

Stephen Edelstein

The $32,500 electric Fiat 500e is one of the newest cars on our list; we only drove it for the first time in early April. It has more range than a Mini, and it charges faster, too.

Think EVs are too expensive? Here are 11 for under $40K. Read More »

this-new-ev-supercharger-on-wheels-recharges-in-just-6-minutes

This new EV supercharger on wheels recharges in just 6 minutes

For UK battery startup NyoBolt, six seems to be the magic number. First, in June it showcased an EV that could be fully charged in just six minutes (a claimed record). And today it unveiled a new kind of supercharger that can also be recharged in — you guessed it — six minutes. 

Dubbed Bolt-ee, it essentially looks like a four-wheeled metal box with an interactive touchscreen for a face. Unlike fixed charging stations, this fast-charging, direct current, 300kW device is fully mobile. 

“Bolt-ee can reach a parked vehicle in any bay, delivering up to 100 miles of range in under 10 minutes, with a battery life of over 10,000 charging cycles,” the company told TNW.

Bolt-ee was designed to solve one of the biggest barriers preventing the widespread adoption of electric cars — a lack of charging infrastructure. 

Globally, 14% of all new cars in 2022 sold were electric, up from 9% in 2021. In Europe, that figure is higher, at 22%. 

However, the booming demand for EVs risks outpacing the supply of the technology needed to charge them. In 2021, the EU had an estimated 375,000 public charging stations, but experts predict it will need to build at least 3 million new ones by 2030.

Obstacles such as planning permission, lengthy construction works, and connection to the grid have all delayed progress. 

The Bolt-ee looks to sidestep these hurdles. It acts like a massive power bank — but for your car. Aside from being used in homes, car parks, and gas stations, the startup says the mobile charger could also be placed aboard recovery vehicles to help drivers stranded on the side of the road because they’re out of juice.   

“NyoBolt’s ready-to-deploy technology, which will go into production in early 2024, will help accelerate the adoption of EVs — particularly for drivers who may not be able to charge at home,” said the company’s chief scientist and co-founder Professor Clare Grey.

NyoVolt’s Lotus Elise-inspired EV is puts out 450bhp and can be fully charged in just 6 minutes. The car was built to demonstrate the company’s ultra-fast-charging battery tech. Credit: NyoBolt

Founded in 2020, NyoBolt has already secured almost $100mn in funding, according to Dealroom data. It operates an anode-manufacturing facility in Cambridge, UK, and recently opened a new battery factory in Boston, US.

Back in June, the startup unveiled an electric sports car concept based on the Lotus Elise that could be fully recharged in less than six minutes. The car was fitted with a lightweight battery pack developed by NyoBolt that provides a claimed range of about 250km on a single charge.

NyoBolt’s VP of engineering Steve Hutchins said his team have charged and discharged their battery at this incredibly fast rate over 2500 times with a total degradation in the battery’s ability to hold electricity of less than 15%.

How is that possible you may be wondering? Basically, it comes down to tinkering with lithium-ion batteries to accept more electrical charge in a smaller amount of time. 

“To put a lot of power in, you need to get a lot of current through it. To get a lot of current through, a lot of charge needs to flow in and out of the materials,” explained Nyobolt co-founder and CEO Sai Shivareddy. 

Essentially, NyoBolt has invented a new type of material to accept that level of power — but is remaining hush-hush on the details.  

In an industry where range anxiety and slow charging times still remain a significant hurdle, a battery with a six-minute charging time could be a game-changer. Whether these battery packs could be scaled up to millions of units however remains to be seen.

This new EV supercharger on wheels recharges in just 6 minutes Read More »

drone-startup-launches-grocery-delivery-in-germany

Drone startup launches grocery delivery in Germany

This Thursday, German startup Wingcopter launched a drone and electric cargo-bike delivery project to bring everyday consumer goods to remote rural areas in Central Germany. 

Just as with ordinary grocery delivery, customers in Michelstadt, Hesse, will be able to place their orders via a website and decide on a convenient delivery time slot. Autonomous Wingcopter drones will then deliver non-perishable products from a local supermarket to a drop-off point outside of villages. The final stretch to the customer’s door will be covered by cargo-bikes (with human) from e-bike producer Riese & Müller. 

Initially, the pilot project, named “LieferMichel,” will offer non-perishables from the local REWE supermarket (one of Wingcopter’s backers), with the intention of adding more retailers if the project proves successful. 

“We are really proud to pilot LieferMichel, the first drone delivery service for groceries and everyday goods in Germany,” said Tom Plümmer, CEO of Wingcopter. “Our biggest goal is to gain experience and evaluate, together with the residents, an environmentally friendly and efficient service that creates real added value for the population in rural areas.” 

A group of people standing behind a Wingcopter drone with cargo bike to the side
The drone will fly to a drop-off point where are cargo-bike (plus human) will take over the final bit of logistics. Credit: Wingcopter

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Wingcopter is conducting the Drone-Cargo Bike Express Delivery (DroLEx – Drohnen-Lastenrad-Express-Belieferung) project in collaboration with the Frankfurt University of Applied Sciences (Frankfurt UAS). The pilot is funded by the German Federal Ministry for Digital and Transport (BMDV), as part of a broader “Innovative Air Mobility” funding directive of €430,000. The LieferMichel pilotwill initially run until the end of 2023. 

Grocery delivery just one of many air mobility use cases

Founded in 2017 by Plümmer and co-founders Jonathan Hesselbarth (CTO) and Ansgar Kadura (CSO), Wingcopter makes uncrewed all-electric delivery drones and also provides drone delivery services. Backed by the European Investment Bank, REWE Group, and Salvia, among others, the Darmstadt-based company currently employs 150 people. 

Its latest drone is the Wingcopter 198, built on patented tilt-rotor technology that makes it withstand strong winds and rain as it goes about its mission. It has a payload capacity of up to 5kg, range up to 110km, wind resistance of 15m/s average, and 20m/s gusts, and a default cruise speed of 100km/h.



It is also equipped with a redundant system architecture of dual airspeed sensors, dual heading and positioning systems, and dual flight controllers.

Zero-emission grocery delivery options may indeed prove to be vital for the survival of remote rural areas in the future. However, Wingcopter’s product has several other use cases. The company has already deployed its drones for on-demand medical delivery to remote islands in Vanuatu and Ireland, volcano inspection in Italy, and infrastructure inspection in Norway, among other projects. 

To see one of Wingcopter’s drones in action (and catch a glimpse of German rural landscapes) watch the video below.

Sweden’s Scania unveils world’s first semi-truck covered in solar panels Read More »

bankrupt-ebike-startup-vanmoof-finds-buyer-in-f1’s-mclaren-applied

Bankrupt ebike startup VanMoof finds buyer in F1’s McLaren Applied

VanMoofers, rejoice — the ebike gods have not abandoned you. Yesterday, McLaren Applied and its escooter department Lavoie announced they had agreed to purchase the bankrupt ebike startup. 

The details of the deal have not been made public. However, the F1 engineering and technology company stated that it would invest in stabilising and expanding VanMoof’s existing business. This will be in the realm of “tens of millions” of pounds in the short term, according to McLaren Applied Chairman Nick Fry, quoted by Reuters

“This is a huge opportunity for us as this [VanMoof] is a company with a brilliant product,” Fry said, adding that it would be “no walk in the park” due to the financial difficulties the startup had gotten itself into. 

Perhaps the biggest shift to VanMoof’s operating model will be the abandonment of its in-house-only store and repair model. Instead, the bikes will be available to purchase and, importantly, serviced, at third party retailers. The brand, Fry assured, will remain the same, capitalising on the loyal following the record-funded startup amassed during its first years of operations. 

In a statement issued on Thursday, the buyers said they would “combine and integrate” the companies’ premium capabilities to create a “next-generation e-mobility business and establish a world-leading premium e-mobility offering.”

Building an e-mobility legacy on F1 experience

McLaren Applied used to be the tech division of the McLaren Group, best known for its luxury supercars and elite motorsport vehicles. Itself acquired in 2021 by British private capital firm Greybull, the company continues to supply advanced engineering and technology solutions to high-level motorsport such as Formula One, and a range of other transport modalities. 

Lavoie was founded by McLaren Applied and announced its first electric scooter last year. It comes in two models — the Series 1 and the Series 1 Max, with price tags of €1,990 and €2,290, respectively. Its customised motor can deliver a peak output of 900W, reaching top speeds of over 40kph, and its Samsung 21700 battery over 40km of range for the standard model, or 60km for the Max version. 

Lavoie escooter in white on an incline
The Lavoie Series 1 escooter in Silence White. Credit: Lavoie

Furthermore, it has a patent-pending folding system inspired by motorsport car suspensions. It also comes in four different colours: sunset orange, silence white, electric blue, and racing green. Deliveries are set to begin in earnest in Q4 this year. 

More details for VanMoof riders next week

The news surely lets VanMoof customers — some even yet to pick up the €2,000+ bikes they had bought and paid for — to breathe a sigh of relief.

Roughly 200,000 people feared their bikes would be rendered useless after the company was declared bankrupt on July 18 — especially the earlier models plagued by quality defects. 

“Clearly I will not be able to get it serviced and I doubt the one year of remaining warranty on my battery is worth anything,” said one VanMoofer (that’s a word now, right?) at the time. 

The VanMoof trustees said in a statement that more details regarding the continuation of services provided to riders would be made public on Monday, September 4. 

TNW has previously covered the rise and fall of VanMoof and what it means for the e-mobility startup sector as a whole. You can read more about the whole saga and industry reactions to the consequences here

Bankrupt ebike startup VanMoof finds buyer in F1’s McLaren Applied Read More »

european-startups:-i-think-we’re-going-to-need-a-better-battery

European startups: I think we’re going to need a better battery

Next year, a Dutch company will put a new kind of battery in a drone and — if all goes according to plan — that drone will fly for 50% longer than it could with a standard lithium-ion (Li-ion) battery. Flight times of nearly an hour, say, rather than 34 minutes. The souped-up drone won’t be any heavier than before and the new battery will actually be smaller than the old one, despite offering more juice.

Fixed wing and multi-rotor drones are just the beginning. LeydenJar is also targeting electric vehicles and Tim Aanhane, the company’s business developer, estimates that the firm’s batteries could allow an electric car to achieve a range of 800 or 900km — roughly double the current market standard.

“The battery industry is moving fast,” Aanhane says. Leydenjar’s battery uses a silicon, rather than graphite anode. This component, also known as the negative electrode, is where negatively charged particles called ions lose electrons. The electrons then travel through an electrical circuit, providing current.

Europe needs to stay in the battery tech race

It’s just one startup among many in Europe working on improving battery technology. A key goal for many in this space is high energy densities — batteries that offer significantly more power than the existing Li-ion options. This tends to be measured in terms of the amount of energy available in watt hours (Wh) per unit of volume (litres, l) or mass (kilograms, kg). 

With research and development racing ahead, especially in countries such as China, there’s no time to lose. Europe must come up with some seriously good battery tech, fast, or face being left behind.

LeydenJar, which has a headcount of more than 70 people and has raised €100 million in funding to date, is currently testing its prototype batteries. Aanhane and his colleagues plan to open a large factory in the Netherlands in 2025. Annual production at the site is intended to reach 100 megawatt hours of total battery storage — roughly equivalent to the energy requirement of up to 100,000 homes.

“Silicon as a material can store 10 times the amount of lithium ions than graphite,” says Aanhane. For the battery as a whole, that means a yield of roughly up to 70% more energy per litre — 1,350 Wh/l or 390 Wh/kg.

Battle of the bulge

LeydenJar says it has solved a key problem that has held back silicon anode batteries in the past — excessive swelling. Traditionally, these anodes would bulge considerably when charged, reducing their lifespan and potentially making them unsafe. To counter this, LeydenJar makes its anodes by growing tiny columns of silicon, several micrometres thick, on copper foil. 

“There’s space in between them,” explains Aanhane. “Within these columns there’s porosity as well.”

Those crucial spaces in and around the silicon columns mean the bulging is mostly contained within the battery material itself and the swelling of the battery cell overall is comparable to that of a graphite anode battery, he says. Aanhane adds that this limited swelling behaviour appears stable across hundreds of cycles — the process of repeatedly charging and depleting the battery.

To date, LeydenJar has tested its batteries over 500 cycles or so and Aanhane suggests they are aiming to push beyond 1,000 cycles. An additional benefit of the technology, he says, is that it requires much less energy to produce than needed for graphite anodes, potentially making it more environmentally friendly. Safety tests have also shown no high risk of fires or explosions, so far, which is an important consideration in the development of new battery tech.

China syndrome

In recent months, battery makers in Asia have touted higher capacities on the horizon, with Gotion, for one, claiming its new Astroinno battery can provide an electric car with 1,000km of range. CATL in China is another one to watch; the firm says its 500 Wh/kg battery could power electric aircraft of the future. And Toyota, in Japan, says it is developing battery technology that could provide a stonking 1,500 km of range in an electric car by 2027.

“Our dependence on China for this evolving industry is already growing at an incredible rate,” acknowledges Karl McGoldrick, chief executive and co-founder of LionVolt, another Netherlands-based battery tech startup. The firm has 16 employees and has received €16 million in funding, €11 million of which has been in the form of grants and subsidies.

LionVolt is working on solid-state batteries that don’t contain the liquid lithium common in standard Li-ion devices. Instead, they use billions of tiny pillars between which the ions flow. McGoldrick explains that this heightened surface area inside the battery allows for increased energy densities, of 450 Wh/kg.

He also claims that LionVolt’s technology does not suffer from dendrites, the growth of metal filaments that can cause dangerous shorts in a battery. 

Innovate, adapt, overcome?

One of the most interesting things about the development of higher energy density batteries is the sheer variety of technologies currently afoot. In Italy, startup Bettery, a spinout from the University of Bologna, is working on a flow battery that uses semi-solid electrodes. 

In this case, the semi-solid is a fluid with particles suspended within it. Alessandro Brilloni, co-founder, says he and his three other co-founders have found a way of preventing the particles from depositing into a sediment. 

There are trade-offs in choosing this approach, however. Flow batteries aren’t as energy efficient as Li-ion batteries. Though Brilloni states that they should have longer lifespans. 

He and his three collaborators are now in the process of setting up their first dedicated lab and they also have a small prototype battery powerful enough to supply, say, a laptop computer. Brilloni says energy densities of 500 Wh/kg or higher should be possible with the technology. The company has raised €420,000 to date.

Thin and flexible

Finally, The Batteries in Poland has developed a solid-state device made using a powder-based electrolyte, which the firm says greatly reduces production costs.

Spokeswoman Izabela Bany suggests that the batteries, which could be made in thin, flexible formats, might soon power sensors, wearables, IoT devices, or self-contained emergency lighting, for example. The Batteries has raised $12.4 million (€11.9 million) in funding so far.

Another benefit, Bany adds, is that the technology won’t suffer from combustion or explosions even if there are manufacturing flaws. The Batteries is targeting energy densities of around 1,200 Wh/L.

This is just a handful of the approaches emerging among European battery tech startups and it’s anyone’s guess which will go on to thrive in the coming years. But McGoldrick stresses that, if Europe is to feature prominently in the great battery race at all, then investing in novel technology — which means taking a punt on young firms — is essential.

“We have to be braver,” he says. “Otherwise, we’ll be buying all our batteries from China.”

European startups: I think we’re going to need a better battery Read More »

the-startups-on-a-mission-to-upgrade-ireland’s-meagre-ev-charging-network

The startups on a mission to upgrade Ireland’s meagre EV charging network

Next month, 50 homeowners in Ireland will start renting out their home electric car charging points to their neighbours with the help of a new app. It’s “the Airbnb of electric vehicle (EV) home chargers,” says GoPlugable co-founder Maebh Reynolds.

The app’s trial launch will be limited to that first group of 50 people who have their own charging point at home, and around 50 people with electric cars who would like to park up and pay to use them. If all goes well, a wider public launch could follow in September or October. 

“We are drastically falling behind in terms of public charger availability,” says Reynolds of the charging network in Northern Ireland, as she explains why she and her co-founder decided to develop the app. “For a lot of people, it’s the main reason why they won’t switch to electric vehicles.”

Such is the dearth of charging points that Reynolds says she has heard from individuals in Ireland who are already handing over cash to neighbours with chargers on an ad hoc basis, just so they can juice up their EV. In the GoPlugable app, such neighbours are defined as “hosts,” and the platform is designed to help them manage payments and advertise their charging point to more EV owners in their area. 

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To date, Belfast-based GoPlugable has raised £50,000 via competitions and grants, and the company has a headcount of two co-founders and two interns.

Worst in Europe?

It’s just one of many private businesses aiming to improve the EV charging network across Ireland. In Northern Ireland, there are 20 public charging points per 100,000 people — far below the UK average of 60 per 100,000. And last year, price comparison service Uswitch named the Republic of Ireland the worst place to own an EV out of a list of 34 European countries.

In the Republic, 80% of charging occurs at home, which suggests a severe lack of public charging infrastructure. The Irish Electric Vehicle Association estimates that there are around 2,000 public chargers in the country – but not many of them are rapid chargers

These devices can fully power up some EV batteries in less than an hour. But in the Republic, a country of five million people, there are only a few hundred such chargers available to the public, though this number is set to more than double under government plans.

GoPlugable’s approach is based on opening up access to domestic chargers in communities in Northern Ireland and the Republic of Ireland. Hosts will be able to set whatever price they like for, say, a 60-minute charge, says Reynolds, and EV owners will have to go through identity verification and submit their vehicle registration to the app before being able to book a slot.

This might be convenient if you live near someone with a charger who’s willing to rent it out – but what if you just need some power, quickly, while out and about? 

“There needs to be some good on-street solutions, possibly some good local hubs,” says Jade Edwards, head of insights at Zapmap, which has charted the location of thousands of public chargers around the island of Ireland.

If hubs are the answer, someone is going to have to build them. Weev, a Belfast-based startup recently received £50 million in funding from UK energy firm Octopus to greatly scale up the EV charging network in public areas in Northern Ireland. The firm will focus on establishing hub-style sites with multiple chargers, including at locations along major arterial routes.

The need is growing. EV ownership is rising in Northern Ireland at a noticeably high rate – with a 72% increase in battery electric vehicle registrations there in the third quarter of 2022 compared to the third quarter of 2021.

“We have about 30 sites at the moment with 70 public chargers,” says Weev chief executive Philip Rainey. “Moving from that position to having over 3,000 chargers around the province is the challenge.”

Don’t make me wait

Weev wants to achieve this in just three years and the vast majority of chargers will be rapid chargers, he emphasises. The devices are popular with users because they let them power up their vehicles even while making a quick visit to a shop or while attending a work event at a hotel, for example. The company currently has a headcount of just over 20 people but is planning to increase this to 50 during the next 12 months.

One huge hurdle in Northern Ireland, according to the Electric Vehicle Association Northern Ireland (EVANI), a non-profit, is the sheer cost of setting up new connection infrastructure whenever someone decides to build an EV charging hub. 

Unlike the rest of the UK or Ireland, in Northern Ireland, installers must sometimes stump up 100% of the funds required for upgrading the electricity network in the area in order to connect the new chargers to it. Elsewhere, such costs are often “socialised” or spread across multiple users of the network.

It is a kind of “first mover disadvantage”, argues Mark McCall, EVANI co-founding director and chairman: “Not only does that affect EVs, it affects connection of wind turbines and heat pumps, solar — all these low-carbon technologies.”

Depending on the scale and location of the hub, it could mean that the price tag for installing it runs into the millions whereas, in Great Britain, the same hub might only cost a few hundred thousand pounds to set up, EVANI suggests.

TNW asked NIE Networks, which owns the electricity network in Northern Ireland, for comment on this situation but did not receive a response. 

Charging ahead

Rainey says that Weev intends to be “strategic” about where it sites new hubs, and will piggyback on under-used electricity network infrastructure at certain locations, to avoid excessive charges for new connections.

Meanwhile, in the Republic of Ireland, there is also a huge push to improve the public EV charging network, says Ricky Hill, Ireland Country Manager at Monta, a Danish startup that has developed software to help charging point operators manage their devices.

“We know we need to put more in because the rate that EVs are being bought now is really increasing,” he says, adding that Monta covers just under 3,000 charging points across the island of Ireland. Within 18 months, that number should rise to between 17,000 and 20,000 chargers, estimates Hill. Monta employs 170 people and has raised €50 million to date.

The company’s software gives operators a live view of available charging points on their own network, including whether a specific charger is currently in use, and any indications of downtime. 

In the near future, the platform will introduce new features such as smart charging based on variable energy prices, says Hill. In total, Monta helps to manage 90,000 chargers, most of which are in Europe, where growth of EV charging infrastructure has, in general, been “phenomenal” lately, says Hill. 

Ireland might have been slow off the mark — but it now seems ready to join the EV party in earnest.

New EV registrations across Ireland since 2013

Year Northern Ireland Republic of Ireland
2013 86 56
2014 223 268
2015 436 604
2016 502 704
2017 551 986
2018 589 2,056
2019 579 5,115
2020 1,680 7,271
2021 3,779 17,327
2022 5,947 23,928

Source: Electric Vehicle Association Northern Ireland (EVANI) / UK Department for Transport / Irish Electric Vehicle Association (IEVA)

The startups on a mission to upgrade Ireland’s meagre EV charging network Read More »

how-high-performance-car-data-will-increase-ev-battery-performance

How high-performance car data will increase EV battery performance

How high-performance car data will increase EV battery performance

Linnea Ahlgren

Story by

Linnea Ahlgren

The popularity of motorsports shows no sign of waning. With its reach amplified by the Netflix hit show Drive to Survive, Formula One in particular has gained an entirely new audience platform. What its electric car Formula E sister league may lack in characteristic sound profile (and on-screen drama), it makes up for in environmentally friendlier engineering. 

With new battery technology, Formula E cars might soon beat those of F1 for speed. Furthermore, the experience gleaned from the tracks could also be applied to enhance commercial EV batterylife and performance.

Ultra-high performance platform on display in Bologna

This week, WAE (formerly known as Williams Advanced Engineering, a branch of Williams Grand Prix Engineering, the company behind the Williams F1 racing team), displayed its latest ultra-high performance electric vehicle platform EVR at the E-TECH Europe conference in Bologna.

EVR platform from WAE
The EVR is currently being displayed outside of the UK for the first time. Credit: WAE

With its state-of-the-art 85kWh battery and peak power of 1650kW, EVR enables sub-2.0-sec 0–100km/h acceleration and a top speed of more than 400km/h. For reference, the top speed ever registered by an F1 car was just over 397km/h, when the Honda F1 team drove a modified version of their Formula One car across the Bonneville Salt Flats in Utah.

The third generation Formula E cars currently racing reach speeds of around 320 km/h. Meanwhile, Croatia’s Rimac Nivera set the top speed for an electric hypercar last year when it it hit 415 km/hat the Automotive Testing Papenburn track in Germany. 

Offering EV developers a modular approach

The company says that EVR has an inherent flexibility and modularity which allows it to offer startups a complete turnkey solution with the entire vehicle, as well as exterior design support. 

“We wanted to put something out there on our own platform because, whether it’s a new starter, a brand re-entrance, or even an established OEM looking for a halo car, it’s a step up on the development of vehicles that might take three to four years. We can give them something which is already 12 months into that process,” Chris McCaw, lead engineer at WAE, stated

In addition to the EVR platform, WAE’s stand at E-TECH also featured its Scalable Battery Module (SBM) system and the prototype TE-1 e-motorbike, Triumph’s first zero-emission prototype demonstrator.

The TE-1 is part of Triumph’s electric motorcycle strategy. Credit: WAE

WAE provides the electrical systems for almost all the electric race series including Gen 3 Formula E, Extreme E, ETCR and electric Skootr racing. Since 2013, clients of the company’s products have won nine driver’s championships and eight constructor’s championships, putting it on a far better footing recently than its petrol-powered cousin.

Today, WAE also launched Elysia – its new battery intelligence branch sprung from over a decade of experience in the electric high-performance car business. The company says it brings together electrochemistry, modelling, AI and data science to increase the performance of any battery system.

Battery intelligence software to increase battery health and lifespan

Elysia’s software package is divided into two branches. The first consists of embedded algorithms designed to run on standard automotive-grade hardware platforms. The second is  a cloud platform that features prognostics designed to detect real-world failure mechanisms. According to the company, this will benefit everything from e-scooters to road cars and electrified mining trucks.

Tim Engström, technology lead at Elysia by WAE, says that the modern lithium-ion battery is currently going through a “second advent,” much due to the utilisation of data availability. 

“The arrival of mainstream, low-cost telematics has afforded manufacturers and fleet owners the ability to understand more about their vehicles than ever before,” Engström states. 

Rendering of potential use cases for Elysia software
Elysia’s battery management algorithms can be applied to a range of use cases. Credit: Elysia by WAE

However, he believes that the transformative opportunities of this data has been, up until now, underutilised. Following a major push on connectivity, now the time has come to harness the battery data and “transform electric mobility on a larger scale.” 

“Battery intelligence is a new discipline that connects battery data seamlessly with electrochemists, battery systems engineers, and data scientists with the sole goal of delivering actionable insights to enhance and protect value across the battery lifecycle,” Engström continued.

The presentation of EVR and the launch of Elysia took place during the second edition of the E-TECH Europe conference in Bologna. The city sits at the centre of Italy’s “motor valley,” which has given birth to iconic brands such as Ferrari, Lamborghini, Maserati, Ducati and Bugatti. 

Hundreds of companies exhibited their products in areas such as EV technology, fuel cell solutions, polymers, satnavs, driver identification systems, autonomous driving and connectivity.

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Are these hydrogen-electric RVs the answer to emissions-free holidays?

Are these hydrogen-electric RVs the answer to emissions-free holidays?

Linnea Ahlgren

Story by

Linnea Ahlgren

Not too far in the future, camper lovers could be going on holidays that are much kinder to the very nature they are looking to enjoy. At the beginning of this week, London and Vancouver-based startup First Hydrogen revealed the design for its next-generation zero-emission Recreational Vehicle (RV). 

The concept has been developed in collaboration with Switzerland-headquartered EDAG Group. Its introduction follows the presentation of First Hydrogen’s next-generation light commercial vehicle (LCV), also a result of a partnership with the global mobility expert.

The company states that the first generation of its fuel cell electric vehicles (FCEV) have already entered road trials with members of the UK Aggregated Hydrogen Freight Consortium (AHFC), starting with fleet management company Rivus. 

They will be tested for several different use cases, including delivery of groceries and parcels, health care and roadside assistance. First Hydrogen will then use data and feedback from the road trials to inform the development of its Generation II vehicle. 

Hydrogen fuel cells superior to battery EVs?

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First Hydrogen’s vehicles are powered by high performance Proton Exchange Membrane (PEM) fuel cell stacks supplied by Ballard Power. This generates electricity by converting chemical energy stored in hydrogen fuel into electrical energy, using a proton-conducting polymer membrane as the electrolyte. They operate at relatively low temperatures (50 to 100 °C) and can quickly vary output to meet shifting demand, which makes them a good fuel cell choice for the automotive industry. 

The company says this gives it a leg up on regular EVs as the hydrogen FCEV can carry heavier payloads. Furthermore, it takes much less time to refuel the hydrogen than it takes to recharge an electrical battery. The next-generation LCV range is projected at 500+ km. 

“These concept vehicles provide a glimpse of our company’s future and give a clear indication of our brand direction within the LCV space,” said Steve Gill, CEO of Automotive for First Hydrogen. 

First Hydrogen’s next-generation fuel cell LCV will be informed by data from Generation I vehicles currently in road trials. Credit: First Hydrogen

While the quest to decarbonise road transport is admirable in and of itself, there is also a solid financial foundation for the product: the global LCV market is projected to reach €686 billion by 2030. For the RV market, the corresponding prediction for the end of the decade is just under €107 billion. 

In Europe, RV sales hit an all-time high in 2021 with 260,000 new vehicles sold, very likely spurred by restrictions following the global health crisis. Here, First Hydrogen identifies particular opportunities with an often eco-conscious campervan crowd. 

“The First Hydrogen campervan is an example of how we see hydrogen fuel cell and other electric vehicle technologies having wider applications,” Gill added.

Looking to increase green hydrogen production

As with most startups working with hydrogen, First Hydrogen has to ensure that there will be enough to supply its products. No one will purchase a vehicle that cannot be powered after all, no matter how zero-emission it may be. 

Furthermore, the hydrogen needs to be green, meaning produced using renewable energy, otherwise the eco-friendly concept goes out the window. In summer last year, First Hydrogen applied for funding from the UK Government’s £240 million (€272 million) Net-Zero Hydrogen Fund (NZHF). 

The company’s two green hydrogen production projects will have an initial capacity of 40MW each and be situated in the Greater Manchester area and the Thames Estuary. The second round of NZHF competition is currently underway for both development and capital expenditure.

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