British H2 truck manufacturer HVS partners with Hybot from China

Both companies intend to work together on vehicle development, with Hybot taking care of technical aspects and HVS handling sales and after-sales in the UK and EU. The agreement also potentially allows for the export of HVS vehicles to China and cooperation in developing other international markets. Both HVS and Hybot have already developed their own fuel cell trucks: HVS presented its HGV in 2022 (see photo above) with a range of 600 kilometres, Hybot its H49 with a range of 1,000 kilometres, making it one of the longest ranges on the market to date. Now the two companies want to join forces: The aim is to promote the use of hydrogen fuel cell trucks on the UK and EU markets and to develop hydrogen fuel cell trucks that are suitable for various transport scenarios. The aim is to create a partnership with the aim of “revolutionising the commercial vehicle industry,” according to a rather ambitious press release. Both partners want to jointly develop innovative hydrogen-powered vehicles and optimise the supply chain for them. By combining Hybot’s expertise in hydrogen fuel cell technology and HVS’s innovative approach to vehicle development, the partners aim to set new standards in the industry, the press release states no less confidently. “We are thrilled to embark on this journey with Hybot, this collaboration aligns perfectly with our mission to lead in the introduction of zero-emission fuel cell trucks. Together, we will develop solutions that meet the needs of operators looking to decarbonise their fleets,” says HVS CEO Jawad Khursheed. “Partnering with HVS enhances our ability to deliver cutting-edge global logistics solutions that are environmentally friendly and highly efficient. This MoU is a testament to our shared commitment to innovation and sustainability,” added Mr Zhu, founder of Hybot. hvs.co.uk

First drive in the Nio EL8: The slightly different luxury SUV

With the EL6 and EL7 (formerly available as the ES8), Nio already has two SUV models on sale in Europe, one in the competitive but potentially high-volume mid-size class and one in the luxurious luxury class segment. The almost 5.10 metre-long EL8 now complements this luxury class offering with its own approach: while the 4.91 metre-long EL7 is a classic five-seater with a full-length rear bench and large boot, the EL8 is only available as a six-seater in two variants. Two comfortable individual seats are installed in the second row, and there are two more seats in the rear – more on this later. Like the EL7 and the large ET7 saloon, the new EL8 is also based on the so-called NPB, the ‘Nio Platform B’ – in contrast, the smaller models ET5, ET5 Touring and the EL6 use the ‘Nio Platform C’, or NPC for short. The (interchangeable) batteries are the same for both platforms, but the drive system differs: the NPC models have an output of 360 kW, while the large NPB series offers 480 kW. The power is split between a 180 kW permanent magnet motor on the front axle and a 300 kW induction motor at the rear. The two different operating principles were chosen so that the induction motor can be switched off without clutch and losses when required, while the permanently excited synchronous motor at the front runs continuously. Driving modes differ greatly In other words, in a few driving situations, the large EL8 can become a pure front-wheel drive vehicle. As Benjamin Steinmetz, Product Experience Director Europe, explains in an interview with electrive on the sidelines of the driving presentation, this can be the case when the vehicle is travelling at a constant speed on the motorway with cruise control. “However, as soon as the vehicle accelerates dynamically, the electric motor on the rear axle engages so that we have an all-wheel drive for driving stability,” says Steinmetz. Behind the wheel, the driver really doesn’t feel which engine is currently active – the changes are finely tuned and take place imperceptibly. How the engines respond also depends heavily on the selected driving mode. In the Nio, the Eco, Comfort, Individual, Sport and Sport+ modes are very different from each other, especially in terms of the response to the accelerator pedal. Even in Eco mode, it is not completely boring, but in Sport or even Sport+ mode, the 2.6-tonne SUV reacts much more directly. The driving modes not only adjust the drive but also the steering and suspension. By the way, if you briefly press and hold the two outer steering wheel buttons, you can switch directly to Sport+ mode – and back again – without having to use the touchscreen. Practical if you briefly want sportier acceleration behaviour for an overtaking manoeuvre. Our test vehicle was the standard version. The comfortable single seat could be electrically adjusted to a very comfortable position with enormous legroom. If the seat was a little further forward (so that it was still very comfortable and airy for me at 1.85 metres), I could also find a reasonably comfortable place in the rear row of seats. There was no lack of headroom, the legroom was just about ok – only the knee angle would have been a bit uncomfortable in the long run. However, it was probably one of the most comfortable seating options I have experienced in the last row of a six- or seven-seater SUV. The downside of this seating comfort is that the boot space shrinks. With all six seats, only 265 litres fit into the load compartment. The backrests of the rearmost seats can be folded down electrically, increasing the load volume to up to 810 litres when the two individual rear seats are moved all the way forward. These seats cannot be folded down completely or even removed. There is thus no continuous area and, with the backrests of seats five and six folded down, no real separation between the boot and the seating area. Once again, the orientation of the model becomes clear – it is a premium SUV for chauffeurs and families, not a packhorse. Anyone spending just under or over 100,000 euros on an electric car will probably not drive the old washing machine to the recycling centre themselves – but have it transported instead. Or you can use the towing capacity of up to two tonnes for such transport. With four people and holiday luggage, however, care must be taken to secure the load. There is an Isofix attachment on all four rear seats. Since we just mentioned the prices: The Nio EL8 is available from 82,900 euros in the standard version in Germany, but only with the BaaS offer. This means that the well-known 169 euros per month for the standard range battery or 289 euros per month for the long-range battery we tested are added. The total cost of buying a battery is 94,900 or 103,900 euros. For the ‘Executive’ model, Nio charges 87,900 euros with the same battery prices or 99,900 euros with the purchase of the small battery and 108,900 euros with the purchase of the large battery. Conclusion With the EL8, Nio is targeting a similar clientele to Kia with the EV9 – the South Korean company also offers the large SUV with six seats on request, including two individual seats in the centre. However, unlike the Nio, the EV9 is also available with five or seven seats and a classic three-seater rear bench. With the EL8, Nio has focussed entirely on comfort for four to six passengers. If that meets the requirements, the EL8 can fully fulfil them. However, if the new car is also intended to load larger objects or a large dog is to travel in the large car, things become more difficult. The advances in charging technology and software, including the assistance systems, make the Nio an interesting alternative – because it will probably be a while before you…

Share of combustion vehicles in China declines sharply

As the German publication Handelsblatt reports, citing an analysis of registration figures by automotive data specialist Marklines, 94% of all new cars in the world’s most important passenger car market were still powered by conventional fuels such as petrol or diesel in 2020. In the first half of 2024, however, it was only 59 per cent. According to the Chinese Car Association (CPCA), more new energy vehicles (BEV, PHEV and FCEV) were delivered than pure combustion engines for the first time in July. It remains to be seen whether this will continue in the second half of the year – but the trend since 2020 is clear. The new ratios become clear within the first half of 2024 alone: sales of combustion engines in China have “collapsed” by twelve per cent or 775,000 units, writes Handelsblatt, while BEVs and PHEVs have increased by 38 per cent or 1.1 million vehicles. Fuel cell cars also play only a minor role in China: with 1,000 units most recently sold in July, the absolute figures are significantly higher than in Germany, for example, but the market share of FCEVs remains very low. When people talk about new energy vehicles in China, they are practically referring to battery electric cars and plug-in hybrids – even if fuel cell cars are also formally included. Chinese manufacturers dominate the market This market trend, which has characterised the Chinese market since 2020, naturally also has consequences for manufacturers. This is because, as we regularly report in our articles on monthly registration figures, domestic manufacturers such as BYD are in the lead when it comes to new energy vehicles – and not Western car manufacturers, who have made good profits with their combustion models in China for decades. The Chinese have increased their cumulative market share from 33 per cent in 2020 to 52 per cent now – and this is mainly with (partially) electric cars. German car manufacturers, on the other hand, have lost almost six per cent in total, while Japanese brands have even lost nine per cent, according to Handelsblatt. With a market share of 20.7 per cent, Germany is still the second largest manufacturing nation in China, but the gap to China with 52 per cent has grown enormously – in 2020, Chinese manufacturers accounted for 33 per cent and German manufacturers for 26.5 per cent. In the first half of 2024, the Japanese manufacturers still had a market share of 15 per cent, US manufacturers 6.5 per cent and Korean manufacturers 1.0 per cent – Hyundai and Kia sales have more than halved since 2020. “Until now, the lack of competitive electric cars was seen as the biggest problem for the German car industry in China. In recent years, the high sales figures for vehicles with combustion engines have been able to cover this up,” the article states. “However, with the petrol business in China now collapsing, the situation is becoming increasingly precarious, especially for mass manufacturers such as Volkswagen.” Expressed in figures: in 2018, VW was still able to post an operating profit of over 4.6 billion euros from its China joint ventures with FAW and SAIC on its balance sheet. In the first half of 2024, it was less than one billion euros, almost a third less than in the same period in 2023. However, the situation is also similar for other established volume manufacturers: in 2018, General Motors still posted profits of just under two billion euros from its Chinese investments. In the first half of 2024, however, the joint ventures resulted in a loss of around 200 million euros. And Stellantis has discontinued Jeep production in China in 2022 and cancelled expansion plans for Opel. Although Stellantis does not report the China business separately, the China, India, and Pacific regions were in the red in 2023. “We are clearly seeing a displacement of conventional drive systems,” Jan Burgard, head of the automotive consultancy Berylls by Alix Partners, told Handelsblatt. In addition to the rapidly increasing share of Chinese electric cars, there is another trend: “The Chinese want to be almost overwhelmed by new technologies. For them, a car must have a smart cockpit in which the smartphone and its many apps can be easily integrated and mirrored. Otherwise, it will hardly sell.” Driver assistance systems are also becoming more important: “The Chinese are really boasting about the number of lidar and radar sensors in their cars and the performance of the processors installed,” says Burgard. “German and European manufacturers need to close this technological gap very quickly.” handelsblatt.com (in German)

Allison Transmission presents electric axle for commercial vehicles

The new model is called the eGen Power 85S and complements the series of all-electric axles that Allison Transmission has introduced since 2020. The drive has an electric motor and a two-speed gearbox and offers a continuous and peak output of 225 and 325 kW respectively. According to the manufacturer, this power should ensure high acceleration and speed without compromising the efficiency and range of the vehicle. The eGen Power axles replace a vehicle’s conventional powertrain and are compatible with battery-only electric vehicles, fuel cell electric vehicles and hybrid applications. According to Allison Transmission, the axle is a drop-in solution that can be easily integrated into existing vehicle chassis and ‘enables significant space savings for the battery’. The eGen Power 85S from Allison has already been integrated into the all-electric Novo Volt midi-bus platform from Anadolu Isuzu and is also being installed in light refuse and distribution vehicles. According to Allison Transmission, the eGen Power 100S electric axle, which has been available for some time, is also being used successfully in the Volterra ZSL refuse collection vehicle from US manufacturer McNeilus. Source: Info via email

Start of production at Nio’s subsidiary ‘Onvo’

Nio presented the Onvo L60 in mid-May but did not yet provide any full technical data. Even now, key points regarding the motorisation and charging capacity remain open. However, the price has been clearly communicated: since May, the L60 has been available for pre-order at a price of 219,900 yuan including battery (equivalent to around 28,000 euros). That is exactly 30,000 yuan less than the current base price of the Tesla Model Y in China. This comparison is obvious, as Nio explicitly wants to contrast the Onvo L60 with the Model Y. In terms of silhouette, the Onvo debutant is very similar to the Tesla. In terms of technology, all that has been leaked so far is that the model will offer two battery options for 60 and 90 kWh and will be based on a 900-volt high-voltage platform. The only official statement from Nio so far is that the L60 has ‘the world’s lowest drag coefficient for a production SUV at 0.229’, which should result in an energy consumption of 12.1 kWh per 100 kilometres. The manufacturer states a range of more than 1,000 kilometres according to the Chinese test cycle. According to the CN EV Post, new images and information from the interior of the crossover SUV are now available at the start of production. The dashboard is equipped with a 17.2-inch screen. Another 8-inch screen is located at the rear of the centre console so that passengers in the back seat can use it. The Onvo L60 is the twelfth model from the Nio world and shares production facilities and processes with the main Nio brand, according to the Onvo board. Nio announced the brand name Onvo (International) and China Ledao (for China) back in March. Prior to this, preparations were made for the launch of the new brand under the working title ‘Alps’. It has been known since 2022 that the company was planning further sub-brands in addition to the current core brand Nio with higher-priced models (including the Firefly brand alongside Onvo). Onvo is to stand for cheaper electric cars between 200,000 and 300,000 yuan (around 25,700 to 38,400 euros), positioning itself between Nio and the new budget brand Firefly. According to an earlier announcement by William Li, the vehicles will be ten per cent cheaper than the respective Tesla models. Onvo will place a special focus on the mobility needs of families. cnevpost.com

350 US mayors pledge to electrify 50 per cent of their fleets

The initiative could lead to an estimated 80,000 to 100,000 new electric cars being put on the road for small and medium-sized municipalities and almost one million tonnes of CO2 emissions being avoided over the lifetime of the vehicles, according to an accompanying press release. However, the climate mayors not only want to electrify the vehicle fleets, a key focus of the alliance is also on the charging infrastructure. The participants want to increase the number of charging points for electric vehicles in their municipalities by 500 per cent by 2035. The climate mayors see equal access to charging stations as crucial for the transition to the electric age. They therefore want to install 450,000 charging stations for public and municipal use – with at least 40 per cent of the charging infrastructure benefiting disadvantaged areas. “This commitment to electrification not only underscores our drive for reducing our carbon footprint but also signifies the importance of bipartisan action on climate change,” said John Giles, Mayor of Mesa, Arizona. “By working together across party lines, Climate Mayors can achieve significant progress toward a safe, sustainable, and prosperous future. Embracing electric vehicles will bring long-term benefits to our community, and we are proud to lead this important transition as a united front.” In the initiative’s press release, a number of mayors of smaller cities have their say. Several well-known metropolises are also involved: Miami, New Orleans, Portland and Seattle. In such cities, the fleets are logically much larger than in smaller towns, so these large cities carry particular weight. Seattle’s mayor Bruce Harrell said: “In Seattle, we’re taking a multi-pronged approach centered around the needs of our residents and community members to ensure EV use and charging is accessible for all. We are launching dozens of new curbside charging stations, offering rebates for charging in multi-family buildings, and expanding businesses’ use of cargo bikes for urban delivery. These initiatives, driven by the ambitious goals set in Seattle’s Transportation Electrification Blueprint, are driving us towards a cleaner, greener future. In partnership with other Climate Mayors, I am committed to accelerating climate emission reduction, focusing on climate justice for those most impacted by environmental harm, and supporting the resilience of Seattle communities.” Back in 2019, the Climate Mayors launched the EV Pooled Purchasing Collaborative to help cities electrify their fleets and plan for EV charging. Since then, more than 250 municipalities, counties, transport authorities, port authorities, colleges and universities have committed to purchasing over 4,000 EVs. climatemayors.org, linkedin.com

BMW invests in charging infrastructure in Mexico

The new charging points are to be installed at at least 20 locations such as restaurants, shopping centres, hotels and offices. These new charging points will be in addition to the more than 500 that are already part of the VEMO network and to which BMW Group Mexico customers will have access. ‘In the year in which we celebrate our 30th anniversary in Mexico, we are also celebrating a decade of sales of pure electric vehicles in our country. With eleven models from BMW, Mini and BMW Motorrad, we are the premium company with the largest range of battery-powered models, whether purely electric or plug-in hybrid,’ said Diego Camargo, CEO of BMW Group Mexico. The alliance with VEMO in Mexico is part of an investment totalling 724,000 euros that the BMW Group has made in Latin America to expand the range of charging stations in the region. The sum will be invested in a total of 251 new charging stations in Argentina, Brazil, Chile, Colombia, Costa Rica, Mexico, Panama and Peru. To celebrate the partnership, every customer who buys a BMW i4 will receive free electricity for a distance of 8,000 kilometres between August and December as an energy credit that can be charged throughout the VEMO network. In addition, customers who purchase their BMW and MINI vehicles from October onwards will receive VEMO energy credits included in the purchase price of the vehicle. Roberto Rocha, co-founder and CEO of VEMO, said: “This agreement strengthens the expansion plan of VEMO’s public charging network, which is the most robust and reliable in Mexico. We are excited to partner with BMW Group Mexico to jointly drive the development of electric mobility in Mexico. We are determined to lead this transformation towards a more sustainable and environmentally friendly mobility.” bmwgroup.com (in Spanish)

CATL opens a different kind of EV museum

The ‘CATL New Energy Plaza’ in Chengdu is intended to serve as a kind of showcase for electromobility, albeit with a focus on CATL. Visitors will be able to view a wide variety of electric cars equipped with batteries from CATL. The responsible district government in Chengdu and several car manufacturers have also collaborated on the experience centre. According to CATL, it has set up a new platform in cooperation with car manufacturers ‘to build a bridge between car manufacturers and consumers to promote innovation and mutual success’. The models on display in Chengdu include global bestsellers such as the Tesla Model 3 and Model Y, electric cars from German manufacturers such as the VW ID.4 Crozz and ID.6 Crozz, as well as examples from Chinese brands. CATL is the main supplier of Nio’s batteries, which is why several of the start-up’s models can be found in the exhibition. The Xiaomi SU7, which has been in great demand in China since its premiere in April, can also be viewed there. You can read an initial driving report on the SU7 here. Plug-in hybrids from Wey and Volvo (the XC60 to be precise) can also be seen in the pictures. As a battery manufacturer, CATL is first and foremost a partner for OEMs. The CarNewsChina portal therefore aptly notes that the 13,800 square metre showroom is a first for CATL: this is the first time the company has come into direct contact with end customers. The company had already made an emphatically self-confident appearance at Auto China in Beijing. Now it seems as if the brand is also to be made more present to the end customer – so that they will not only decide in favour of an electric car, but one with a CATL battery when they next make a purchase decision. However, CATL expressly wants to do without the special ‘CATL Inside’ branding that was once used for computers with Intel chips. As a battery manufacturer, CATL is first and foremost a partner for OEMs. The CarNewsChina portal therefore aptly notes that the 13,800 square metre showroom is a first for CATL: this is the first time the company has come into direct contact with end customers. The company had already made an emphatically self-confident appearance at Auto China in Beijing. Now it seems as if the brand is also to be made more present to the end customer – so that they will not only decide in favour of an electric car, but one with a CATL battery when they next make a purchase decision. However, CATL expressly wants to do without the special ‘CATL Inside’ branding that was once used for computers with Intel chips. Although the experience centre is also referred to as a showroom for electric cars, it is purely an exhibition – unlike dealer showrooms, no sales will take place there. Nevertheless, the centre will offer services such as test drives, as well as information events on the entire life cycle – not only of the cars, but also of the batteries. CATL employees will answer consumer questions about electric cars and batteries at the exhibition. There will also be specialist presentations on battery development. In addition to the new centre, which is also called ‘Ning Space’ in China (probably in reference to the company headquarters in Ningde), CATL has also introduced its own aftermarket service called ‘Ningjia Service’. Throughout China, 112 service centres will offer battery-related services – from mobile service teams in emergencies to battery maintenance and battery condition checks. prnewswire.com, carnewschina.com

Flixbus starts testing Yutong electric bus between London and Cambridge

The trial of the electric coach is already the second project of its kind in the UK. From March to June, Flixbus had already introduced an electric long-distance coach service between England and Wales. The route ran from London and Bristol in England to Newport in South Wales. A twelve-metre-long Yutong TCe12 with 46 seats was used. The test that has now been initiated between London and Cambridge also uses an electric Yutong, but a longer version. The Yutong Gte14 is 14 metres long and offers 59 seats. According to the manufacturer, thanks to a 563 kWh battery on board, the range is around 300 miles, the equivalent of around 480 kilometres. The vehicle provided by importer Pelican Yutong should be able to make two round trips per day between London and Cambridge, i.e. around 400 kilometres. The companies Whippet and Zenobē are on board as partners in the project. According to Flixbus, Whippet is a leading operator of electric buses in Cambridge and runs both the university’s bus service and local bus routes. Zenobē has made a name for itself as a British specialist for electric vehicle fleets and battery services. Through the partnerships, Flixbus will always charge the electric Yutong at the Whippet depot in Swavesey (near Cambridge) using a charging infrastructure provided by Zenobē. The Yutong is also equipped with a Zenobē telematics system to collect data on the performance of the vehicle and the battery. According to Flixbus, this information is crucial to further develop its strategy to expand electric bus transport in the UK. Andreas Schörling, Managing Director of FlixBus UK, commented: “Following our launch of England and Wales first electric coach service, we’re thrilled to be trialling another zero-emission service as we build the largest coach network in the country.” The parent company Flix has now completed pilot projects with electric vehicles in several markets. For example, a national bus service with Yutong electric buses was trialled in Portugal in 2022. From 2018 to 2019, a long-distance electric bus also travelled between Frankfurt am Main and Mannheim for the provider – but this was a BYD C9. A battery-electric long-distance bus from MCI has also been trialled in the USA. Flixbus is not only working on projects with battery-electric drive systems for inter-regional transport without exhaust emissions. Since 2021, the company has also been working with German suppliers ZF and Freudenberg on hydrogen-powered buses for intercity transport. The three-year ‘HyFleet’ project is focussing on the development of fuel cells that should enable continuous operation for at least 35,000 hours. Another research focus is on hybridisation strategies for the drivetrain, the so-called ‘right-sizing’ between fuel cell and batteries. As part of the HyFleet project, the first fuel cell-powered long-distance bus in Europe is to be developed by 2024 – so the vehicle should be unveiled soon. Source: Info via email

UK’s Gridserve looks to expand globally

Gridserve founder Toddington Harper, who also served as CEO at Gridserve (UK), will lead the new global business. Roy Williamson, Gridserve’s current Executive Chairman, will serve as interim CEO for the UK business. As mentioned above, the British charge point operator says it wants to become “a global technology powerhouse, taking the Gridserve name and innovative technology into new markets,” but does not go into specifics. It is thus not clear where the first Gridserve Global charging location will be installed. According to Williamson, Gridserve has nearly 1,500 charging bays at more than 190 locations across the UK. “We’re continuing to build on that success for 2024 and beyond and will remain focused on our mission to deliver sustainable energy at the speed and scale needed to move the needle on climate change,” he said. “The addition of Gridserve Global to support Gridserve in the UK will deliver unrivalled focus and technology leadership, which is critical for supporting partners globally with world-leading technology, building on all our successes to date, and supporting our mission to move the needle on climate change. I am so proud of what GRIDSERVE has achieved so far and I’m excited about what we can now achieve internationally through building on our technology leadership position into 2025 and beyond.” Source: Information via email