TECH NEWS – Automotive Technology news.

  • Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) Donates Ebus to Ghana Free Zones Authority

    Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) Donates Ebus to Ghana Free Zones Authority -2

    Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) Donates Ebus to Ghana Free Zones Authority: – Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) donated an over a 58-passenger  (38 seats and 20 standing) capacity electric bus (e-bus) to Ghana Free Zones Authority to promote e-mobility and green economy and also reduce our carbon footprint within the Tema Export Processing Zone on Thursday 7th December 2023.

    This innovative gesture positions the Tema enclave at the forefront of environmentally sustainable transportation in an Export Processing Zone within West Africa.

    The e-bus is a welcoming introduction in line with President Nana Addo Dankwa Akufo-Addo’s Government’s mobility agenda of moving away from conventional internal combustion engine systems towards a more ecological mode of transportation.

    The electric bus is earmarked to be operated as a shuttle service for employees of Free Zones Enterprises and visitors in the Tema Export Processing Zone (TEPZ)  and also promote #electricmobility in Ghana as best practice. The electric bus is provided under Invest for Jobs, an initiative of the German Federal Ministry for Economic Cooperation and implemented by Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ).

    At the Tema Export Processing Zone (TEPZ), E-mobility is part of the 3 interventions currently being implemented there aside the provision of Canteen service for workers and training of 2,000 employees of free zone enterprises.

    Present at the Signing and Handing Over Ceremony were, Mr. Gerald Guskowski, Cluster coordinator and head of special initiative for training and Jobs GIZ, Ms. Dana Krieger Head of Cluster component GIZ, Dr. Prince Kwarteng, Technical Advisor GIZ and other representatives from GIZ, LMI Holdings, and Ghana Free Zones Authority (GFZA).

    The Deputy C.E.O (F&A) of Ghana Free Zones Authority (GFZA), Mrs. Kate Abbeo disclosed the transportation challenges faced by employees in the Tema Export Processing Zone (TEPZ) while expressing her gratitude to Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) for this generous support, and also indicated other challenges in the TEPZ such as street lighting, and as such, the Ghana Free Zones Authority would be glad to receive continuous support from the GIZ to tackle these infrastructural challenges.

    “the introduction of the electric bus (E-bus) is set to alleviate these challenges, providing a more efficient and sustainable transportation solution for the workforce within the Processing Zone” 

    Mrs. Kate Abbeo, Deputy C.E.O (F&A) of Ghana Free Zones Authority (GFZA)

    Dr. Dirk Aβmann, the Country Director of Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) Ghana, indicated that the goal for providing an efficient and environmentally friendly transport solution for employees and visitors was premised on a feasibility research conducted by GIZ within the Tema Export Processing Zone (TEPZ) under which employee mobility emerged a major issue. 

    Dr. Dirk disclosed that his organization will continue to partner with the Ghana Free Zones Authority (GFZA) on projects to improve infrastructure and working conditions in the  Tema Export Processing Zone.

    Mrs. Patience Acorlor, the Director of the Tema Administrative Office assured GIZ of the Authority’s continued commitment to fully implement a successful e-mobility shuttle service for the benefit of the workers in the  Tema Export Processing Zone.

  • University of Ghana and Toyota Ghana establishes School of Engineering Sciences Training Centre

    University of Ghana and Toyota Ghana establishes School of Engineering Sciences Training Centre
    University of Ghana and Toyota Ghana establishes School of Engineering Sciences Training Centre

    University of Ghana and Toyota Ghana establishes School of Engineering Sciences Training Centre – Toyota Ghana Company Limited (TGCL) has handed over an ultramodern training center and a multi-purpose workshop to the School of Engineering Sciences, University of Ghana, legon in Accra.

    The new Toyota branch and training center are valued at one million dollars which is situated on a six acres of land located at the Haatso end of the University of Ghana, behind the Great Hall.

    The School of Engineering Sciences Training Centre is part of a partnership deal signed between the University of Ghana and Toyota Ghana Company Limited (TGCL) the automobile company in 2016.

    Toyota Ghana Company Limited will provide the centre engineering equipment worth $2 million over a period of 10 years and a $100,000 scholarship fund  to support brilliant, financially challenged students within the same period. As well as a 33-seater Toyota Coaster bus to transport students to and from the School of Engineering Sciences Training Centre.

    The Toyota Ghana School of Engineering Training Centre is equipped with 250 students sitting-capacity three modernized lecture rooms, a forty (40) computers Computer-Aided Design (CAD) room with a three-dimensional (3D) printing machines, a library, an engineering laboratory, test rigs, vehicle hydraulic lifts and automobile simulators.

    The Legon Toyota branch facility has a service shop, body and paint workshop,spare parts sales and a vehicle delivery centre.

    The commissioning ceremony was attended by Dr Yaw Osei Adutwum, the Minister of Education, Justice Sophia A. B. Akuffo (retd), the Chairperson of the University of Ghana Council, Prof. Nana Aba Appiah Amfo, the Vice-Chancellor of University of Ghana, Prof. Charles Ackah, the Chairman of University of Ghana Chaplaincy Board, the Japanese Ambassador to Ghana, Hisanobu Mochizuki, the Managing Director of Toyota Ghana – Kohji Yanaka, and the Chief Director of the Ministry of Trade and Industry, Patrick Nimoh.


    Mr Kohji Yanaka, Managing Director of Toyota Ghana Company Limited (TGCL), said that the School of Engineering Sciences Training Centre demonstrated Toyota Ghana’s commitment to Ghana’s industrial development and Toyota Ghana’s partnership with the University of Ghana was to help students gain practical skills and experience to complement their education.

    We are dedicated to being a socially responsible company by executing impactful projects in the areas of Health, Education, Environment, and Road Safety within the communities we operate

    Mr Kohji Yanaka, Managing Director,Toyota Ghana Company Limited (TGCL)

    Professor Nana Aba Appiah Amfo, Vice Chancellor of University of Ghana, added that the School of Engineering Sciences Training Centre would improve students practical training and bridge the gap between academia and industry training experiences, better preparing students for employment and the workplace.

    Dr Yaw Osei Adutwum, Minister of Education, applauded the cooperation and partnership between the University of Ghana and Toyota Ghana Company Limited, and encouraged other educational and research institutions to follow suit. And further added that such cooperation promotes academia-industry interactions, which in turn builds students capabilities and skills, preparing them for 21st-century education.

    Hisanobu Mochizuki, the Japanese ambassador to Ghana applauded  the management and staff of Toyota Ghana Company Limited and the University of Ghana for their commitment in ensuring the completion of the project.

    Through the aspirations and efforts of these two institutions, we have seen that there can be absolute synergy between industry and academia for common growth. We are prepared to continue our collaboration through various institutions to support the progress of all sectors of the Ghanaian economy.” 

    Hisanobu Mochizuki, Japanese ambassador to Ghana
  • Ford Transit Drivers gets a High-Def Look with Digital Rearview Mirror

    Ford Transit Drivers gets a High-Def Look with Digital Rearview Mirror
    Ford Transit Drivers gets a High-Def Look with Digital Rearview Mirror

    Ford Transit Drivers gets a High-Def Look with Digital Rearview Mirror – Ford Pro continues to use technology to give commercial customers a better user experience while helping improve productivity with an available new Digital Rear view Mirror available on 2023 Ford Transit® and E-Transit vans.

    The Digital Rearview Mirror features a high-definition monitor that show a panoramic view of the rear area the van, allowing drivers to spot cyclists, pedestrians  and other automobiles, even when a bulkhead, cargo, passengers or windowless back doors are in the way.

    Download the video to see the Digital Rearview Mirror in action. For more information, visit the Ford Pro blog.

  • Volkswagen to train 22000 production employees for e-mobility by 2025

    Volkswagen to train 22,000 production employees for e-mobility by 2025
    Plant Manager Rainer Fessel (3rd from left), Group Chief Human Resources Officer Gunnar Kilian (2nd from right), Head of Group Academy Ralph Linde (center), Deputy Chairman of the General Works Council Gerardo Scarpino (3rd from right) and members of the project team open the eMotionRoom.

    Volkswagen to train 22000 production employees for e-mobility by 2025:– Europe’s largest automobile manufacturing complex is launching a retraining campaign to train and develop production employees in e-mobility. The Volkswagen brand is thus forging ahead with changing its German plants to the production of electric vehicles. Following on from the Zwickau and Emden passenger car plants, the Wolfsburg factory will also become an electric automobile factory over the next few years.

    This fundamental transformation is not only to be grounded in specialist training, but also has an emotional side: The Wolfsburg factory has opened an eMotionRoom where over the coming months 22,000 production employees can enjoy an entertaining experience of the transformation process from ICE to electric vehicles.

    The eMotionRoom is part of a one-day training program (eMotionDay) for the production employees in Wolfsburg that runs until 2025. This fall, Wolfsburg will begin production of the successful ID.3 1 model, the first model at the plant to be based on the modular electric drive (MEB) platform. By the summer, around 1,200 employees are to have been given training in ID.3 production.

    Gunnar Kilian Board Member for Human Resources, said at the opening of the eMotionRoom:-

    “Volkswagen is constantly working on innovative training and development concepts as we move towards becoming a provider of sustainable and software-oriented mobility. These concepts are our key to a successful transformation. The more digital our world becomes, the more crucial our team’s skills become for our competitiveness. Volkswagen has launched a broad-based retraining campaign at its German sites, and the escape rooms play an important role in this initiative. After Zwickau and Emden, we are now rolling out this successful concept at our largest plant here in Wolfsburg.”

    Gerardo Scarpino, Deputy Chairman of the General Works Council, commented:-

    “The eMotionRoom principle already met with very positive feedback from our employees in Zwickau. The idea proved extremely popular – that is why we have included it for Wolfsburg, too. The transition to e-mobility can only happen together with our colleagues. Getting them on board, inspiring and training them is absolutely crucial to our collective success. That is because we can only master the transformation together – and the eMotionRoom is a key part of the puzzle.”

    The eMotionRoom in Wolfsburg was designed in-house by the Volkswagen Group Academy and the plant’s organizational units. It has three intricately designed rooms, and employees must work-out various puzzles and problems in each of these rooms within 20 minutes. The challenge begins with a journey back in time to the 19th century (invention of the first electric motors), the second room traces the history of the Wolfsburg location to the present day (production of ICE vehicles). The third room takes a look at the digital future of driving. Volkswagen to train 22000 production employees for e-mobility by 2025

    Like classic escape rooms, the teams (each made up of four people) must work-out diverse problems in each room to open the door. Each group is guided by two instructors from the Group Academy via a video link. The eMotionRoom is part of the one-day eMotionDay that also includes other training modules – such as the use of VR headsets in production. The eMotionRoom will be in use at least until the end of 2024.

    Christian Vollmer , Volkswagen Brand Board of Management Member for Production and Logistics said, commenting on the fundamental transformation of car manufacturing in Germany:-

    “After Zwickau and Emden, our Wolfsburg plant is now beginning the transition to e-mobility in the brand’s German production network. Wolfsburg is special in that ICE vehicles will also still be built here for many years to come. In other words: For Wolfsburg, the upcoming transformation is first and foremost about integration – interfacing smoothly with ongoing operations and with production. That is a very special challenge.”

    Sub assembly of the ID.3 begins at the Wolfsburg plant this fall, and will be followed by full production of substantial numbers of the popular electric model from mid-2024.

    “The new production line in Wolfsburg will give us more flexibility than ever before. The assembly line will be the first at one of the Volkswagen brand’s passenger car plants in Germany that is able to build both MEB and ICE vehicles on the same line. With the future SSP platform, this will make Wolfsburg Volkswagen’s first multi-platform factory a few years from now. That will give the main plant a major advantage in terms of capacity utilization over the next ten years. It is how we are safeguarding jobs at the Wolfsburg plant and giving our workforce a clear perspective for the future.” (SSP = Scalable Systems Platform).” 

    Rainer Fessel , Plant Manager

    The new production line for the ID.3 and the new Tiguan will be installed over the coming months. An initial €460 million is being invested through early 2025. The lion’s share will be invested in production facilities, the rest is earmarked for retraining; such as the eMotionRoom and necessary conversion measures.

    In addition to the ID.3, the Wolfsburg factory is to begin building a further model based on the MEB (SUV) in the near future. This will strengthen the location as the “heart of the VW brand” over the coming years.

    1. ID.3 – power consumption in kWh/100 km: combined 16.1-15.3; CO₂ emissions in g/km: 0; only consumption and emission values in accordance with WLTP and not in accordance with NEDC are available for the vehicle. Information on consumption and CO₂ emissions in ranges depending on the selected vehicle equipment.

  • PEUGEOT 3008 & 5008 HYBRID


    PEUGEOT 3008 & 5008 HYBRID, PEUGEOT INTRODUCE ITS NEW 48V HYBRID TECHNOLOGY:- 2023 will be a “electric year” for PEUGEOT, with the introduction of new technologies in its range. This will include the new HYBRID system designed by Stellantis, which will be installed on the PEUGEOT 3008 and 5008, before being extended to other models. It will complement the already extensive family of electrified engines, including plug-in hybrid, 100% electric and fuel cell variants.

    The PEUGEOT 48V HYBRID system includes of a new-generation 136bhp PureTech petrol engine, coupled with a new 6-speed dual-clutch electrified gearbox that consists of an electric motor. With a battery that recharges while driving, this technology provides extra torque at low engine speeds and lowers fuel consumption by up to 15% (from 126g of CO2/km on 3008 and from 128g of CO2/km on 5008). In city driving, a C-segment SUV equipped with the HYBRID system can thus operate more than 50% of the time in 100% zero-emission electric mode.


    The driver is enlightened of the operation of the hybrid system via the PEUGEOT i-Cockpit® handset, and the different modes can be activated automatically.

    In everyday driving, the combustion and electric engines work collectively or separately to optimise energy consumption. During strong acceleration, the electric engine render additional torque to the petrol engine at low revs.

    During deceleration, the petrol engine cuts out and the electric engine becomes a generator to recharge the 48V battery. The automobile drives solely with the electric engine in zero emission mode, in the city over short distances and when manoeuvring.


    Up to 15% less fuel and from 126g of CO2/km on 3008 and 128g on 5008. Compared with a non-electric petrol engine with comparable features, the HYBRID engine gives average fuel savings of around 1 litre/100 km on a C-segment SUV (WLTP combined cycle).

    This saving is mainly achieved in the city (- 2.5l/100km) and on the road (- 0.7l/100km), while motorway consumption remains same. This performance translates into an average decrease of 20g/km in CO2 emissions (according to the WLTP combined cycle) on the 3008 and 5008.

    When the battery charge allows it, the HYBRID system makes it possible to start, manoeuvre (to park, for example) and drive at low speed in heavy traffic in 100% electric mode. In city driving, the PEUGEOT 3008 and 5008 HYBRID can be driven more than 50% of the time in 100% zero-emission electric mode.

    At higher speeds (up to 145 km/h), the combustion engine stops when the driver releases the accelerator pedal at a steady speed and when slowing down.

    When the driver is asked to take over at low speed, the electric engine provides additional torque with a one-off boost that compensates for the turbo’s response time. This will avoid downshifts and provide more driving comfort and dynamism. And when the driver presses the accelerator fully, the electric engine provides an additional 9 kW (approx. 12 hp) of power.


    All the parts that constitute this new engine are located under the bonnet, except for the 48V battery, which is installed under the front left seat of the PEUGEOT 3008 and 5008.

    The 1.2 litre PureTech petrol engine.

    This is a new generation of PureTech petrol engine specially developed for optimal integration with hybridisation:

    • 3 cylinders and 1199cm3,

    • Power 13 hp (100kW) at 5500rpm,

    • Torque 230Nm at 1750rpm,

    • Variable geometry turbocharger for improved engine performance,

    • Timing chain (low maintenance costs),

    • Miller cycle operation for better combustion thermal efficiency,

    • Euro 6.e standard.

    The e-DCS6 (Dual Clutch System) gearbox.

    The PEUGEOT 48V Hybrid engine consists of a new electrified 6-speed dual clutch gearbox without torque break specially designed for hybrid systems. The gearbox housing also houses the electric engine, the inverter and the ECU, which optimises the size and weight of the automobile and guarantees excellent driving performance.

    The e-Motor

    The permanent magnet synchronous electric motor, built into the gearbox, develops a peak power of 21kW (28hp) and a torque of 55Nm. It allows the automobile to be driven 100% electrically for low torque requirements and assists the combustion engine to reduce its consumption. During deceleration, the engine acts as a generator to recharge the hybrid system’s 48V battery. It also supply the main start for the combustion engine with the assistance of the belt-starter.

    The belt-starter

    This 48V-powered starter ensures that the combustion engine is restarted via the accessory belt. It allows fast and transparent starts.

    The 48V hybrid battery

    The 48V Lithium-Ion battery has a gross capacity of 898Wh and an accessible capacity of 432Wh. It is designed to maintain the same level of performance throughout the life of the automobile and comes with an original 8-year/160,000 km warranty.

    The 48V battery is installed under the front left seat. This set-up offers many advantages over a rear seat installation and means that:

    • The entire interior space is available,

    • The full volume of the boot is maintained,

    • Energy losses related to the length of the cables are optimised,

    • Driving pleasure is preserved thanks to the proper distribution of the masses (battery in the centre of the automobile).

    Two electrical networks

    The PEUGEOT 3008 and 5008 embed two electrical networks. A low voltage 12V network to supply the car’s equipment and a high voltage 48V network to supply the hybrid system. Electricity is produced solely by the 48V e-motor. A DC voltage converter is used to transfer the electricity produced to the car’s 12V network.

    Specific hardware

    PEUGEOT models equipped with the new HYBRID engine have a specific display. The digital display shows 100% electric driving (speedometer in blue), the flow of energy in the system, the battery charge level, its operating status via a power meter (Charge, Eco, Power) and the percentage of distance travelled in electric mode at any one time or at the end of the journey.

    In addition, these models will be equipped with an AVAS (Acoustic Vehicle Alerting System) which emits a sound outside at up to 30 km/h to warn pedestrians and cyclists that the vehicle is approaching.

    This engine replaces the PureTech 130 EAT8 and will soon be available on other models in the PEUGEOT range, as 208 – 2008 – 308 – 308 SW and 408. PEUGEOT 3008 and 5008 HYBRID will be produced in the Sochaux plant and will be sold in Europe in the second quarter of 2023.

  • Unveiled:- Adventure-ready Nissan Ariya  for epic Pole to Pole expedition

    Unveiled:- Adventure-ready Nissan Ariya  for epic Pole to Pole expedition
    Chris Ramsey, Pole to Pole EV Expedition Leader Julie Ramsey, co-driver on Pole to Pole, Husband and wife team

    Unveiled:- Adventure-ready Nissan Ariya  for epic Pole to Pole expedition . Set amongst Arctic-like conditions, the Pole to Pole expedition team and Nissan today launched an adventure-ready version of the new Ariya electric SUV, which will undertake a 27,000km trip from the magnetic North Pole to the South Pole.

    During this epic adventure targeting to kick off this March, the Ariya will need to cope with breath-taking but extreme terrains and environments, including ice fields, deep snow, steep mountain climbs and inhospitable desert dunes. Arctic Trucks, specialists in polar expedition automobile, have collaborated with Nissan design and engineering teams to prepare the Ariya for these tough conditions.

    Modifications to the automobile have been intentionally minimal, with no changes to the battery or powertrain, but the most recognisable difference is the adaption of the suspension and addition of 39-inch tyres. When coupled with e-4ORCE, Nissan’s advanced electric all-wheel-control technology, these modifications will enable the expedition car to tackle extreme terrains whilst giving Chris and Julie the necessary comfort and control to reach the South Pole.

    “One of the things that underpins all the adventures we do is that we take a standard production EV and aim to make minimal changes to clearly demonstrate its real, everyday capabilities, regardless of where you are driving it. Our Nissan Ariya is no different as the vehicle’s drivetrain and battery has remained factory standard, demonstrating just how capable and versatile the production Ariya is. We’ve modified the suspension and widened the wheel arches so we can benefit from the stable platform and support of the 39-inch BF Goodrich tyres. I’m incredibly excited to get behind the wheel of what was already a brilliant vehicle, but now feels equipped to take on the ends of the earth in style!” 

    Chris Ramsey, Pole to Pole EV Expedition Leader

    As a self-confessed coffee lover, Chris will have access to a specially integrated espresso machine with a good supply of sustainable coffee. Whilst the on-demand caffeine will help him focus on the long and isolated parts of the journey, Chris can also capture the beauty of these spectacular environments using a drone that can launch directly from the utility unit on the roof.

    One further innovation is the portable, renewable energy unit that will be used to charge the Ariya in the polar regions. The towable prototype includes a packable, lightweight wind turbine and solar panels that will take advantage of high winds and long daylight hours to provide charge for the EV’s battery when Chris and Julie stop to rest.

    “The planning and preparation for Pole to Pole has been such a big part of our lives over the past four years so I am really looking forward to getting the expedition underway in March. We’re going to discover so many interesting initiatives from communities and individuals who are taking positive action against climate change and I’m looking forward to sharing these experiences and stories with everyone. We are doing something that has never been attempted before, a world-first, and ultimately that is what makes it so exciting.” 

    Julie Ramsey, co-driver on Pole to Pole

    For more details on the Pole to Pole expedition, including the latest updates as the team prepares for their epic adventure, head over to our dedicated page, here.



    EXPLORE THE WORLD IN YOUR OWN BENTAYGA EWB – Customers and enthusiasts can now explore the Bentayga Extended Wheelbase (EWB) and take it for a virtual drive in a real life location of their choice, or simply check how it looks on their driveway.

    Bentley has unveiled a new Augmented Reality app to showcase the world’s finest luxury SUV.  Leather colour, cabin styles and  exterior paint scan all be changed to create your own personally commissioned Bentayga EWB.

    EXPLORE THE WORLD IN YOUR OWN BENTAYGA EWB. However if you cannot decide, two preset specifications have been made to represent the two key characteristics of the Bentley  Bentayga EWB – luxury and performance, combined in the archetypal Bentley harmony of polarities. The ‘Luxury’ specification is a Rose Gold exterior, with an interior finished in Porpoise and Linen hide.

    In contrast, the ‘Performance’ specification has a Grey Violet exterior with Damson and Linen leather accented with contrast stitching. Both configurations showcase the Azure Specification, Back Seat Entertainment, Bentley Diamond Illumination and the new lofted quilting design around the cabin. The ‘Performance’ specification also features the contemporary Blackline Specification.

    The application uses the latest Augmented Reality technologies and is amongst the most advanced in the automotive industry. As well as choosing multiple specifications, users can change the size of the suv, viewing it on a table top or scaling up to a full-size simulation. Users are also able to take the Bentayga EWB on an augmented reality test drive, in third person view.

    The Bentayga EWB AR Visualiser also provides a link to the extensive Bentley Configurator leading to over 24 billion different specification combinations. Hotspots provide further detail in to the new feature content for the Bentley Bentayga EWB.

    The Bentayga EWB AR app is available via the links below:

  • The new eSprinter 

    The new eSprinter
    The new Mercedes-Benz eSprinter

    The new eSprinter :- the most versatile and efficient Mercedes-Benz eVan of all time

    Mercedes-Benz Vans is systematically electrifying all model series. The new eSprinter impresses with efficiency, range and load capacity, and is a true cosmopolitan: manufactured in Europe and North America, it will underline the claim to “Lead in Electric Drive” in around 60 markets in the future.

    The new eSprinter comes with a multitude of technical innovations and is based on a new concept consisting of three modules. These allow the greatest possible freedom in the development and design of various conversions and superstructures previously only known from the conventionally powered Sprinter.

    The front module, a uniformly designed frontmost section, includes all high-voltage components and can be combined unchanged with all automobile variants, regardless of wheelbase and battery size. The module for the integrated high-voltage battery is situated in the underbody to save space. The battery location between the axles, together with the robust battery housing, results in a low centre of gravity, which has a positive determiner on handling and increases driving safety. The third pillar of the modular design is the rear module with the electrically driven rear axle. Following the principle of the common parts strategy, this is used in all variants of the new eSprinter. The compact and powerful electric motor is also integrated into the back module.

    Mercedes-Benz has invested around 350 million euros in the new eSprinter. Around 50 million euros each will be invested in three plants in Charleston, Düsseldorf and Ludwigsfelde to adapt their production. The modular concept of the new eSprinter allows maximum synergies in production, and therefore corresponding economies of scale.

    “The new Mercedes-Benz eSprinter consistently follows our strategy – to be the leader in electric mobility with the most desirable vans while achieving profitable growth worldwide.”

    Mathias Geisen, Head of Mercedes-Benz Vans

    The new eSprinter is versatile and efficient

    The market launch of the new eSprinter will commence in Canada  and the USA in the second half of 2023. The automobile is a long panel van with a high roof. It is equipped with the largest battery available, which has a usable capacity of 113 kilowatt hours. The load capacity is 14 cubic metres, the permissible gross vehicle weight is up to 4.25 tonnes.

    The electric range, based on a simulation using the WLTP cycle, will be up to 400[1][2][3] kilometres. The simulated range based on the WLTP city cycle will be up to 500[1][2][3] kilometres. These ranges also make the automobile ideal for longer journeys.

    In Europe, this first variant of the panel van will be launched at the end of 2023, with the cab chassis variant and other battery variants gradually following. This makes the eSprinter attractive as a base vehicle for numerous new sectors, as well as for converters and body manufacturers.

    “With the new eSprinter, we are taking the electric large van segment to a new level. The triad of efficiency, range and load capacity with simultaneous TCO optimization makes the new eSprinter the most versatile Mercedes-Benz eVan ever.” 

    Mathias Geisen, Head of Mercedes-Benz Vans


    You can’t see it on the outside of the Mercedes-Benz eSprinter, but if you look at the technology installed in the automobile and the cloud-based services in the Mercedes me[4] digital ecosystem, it becomes clear: the focus is consistently on added value for customers.

    The electric powertrain (eATS)

    The main components of the eATS in the new eSprinter are two new developments: the efficient motor and the innovative electric rear axle, both of which are being used for the first time in a battery-electric van from Mercedes-Benz.

    The permanent magnet synchronous motor (PSM), which weighs only around 130 kilograms, is characterised by particularly high efficiency and optimised thermal management. The motor is available in two power levels, with 100 or 150 kilowatts of peak output, and delivers a torque of up to 400 newton metres.

    The electrically driven rear axle makes cab chassis variants possible in addition to the classic panel van. For the customer, this brings advantages with regard to conversions and superstructures, vehicle lengths (A2 and A3), maximum gross vehicle weight (up to 4.25 tonnes) and trailer loads (up to 2 tonnes).

    High-voltage battery and charging

    Customers can choose between three different batteries for the new Mercedes-Benz eSprinter, depending on their individual range and payload requirements: a battery with a usable capacity of 56, 81 or 113 kilowatt hours. Lithium/iron phosphate (LFP) cell chemistry allows the battery variants to be kept free of cobalt and nickel, while active thermal management ensures maximum efficiency.

    Like all Mercedes-Benz eVans, the new eSprinter is capable of charging with both alternating current (AC) and direct current (DC). The on-board charger, which converts the current in the vehicle when charging with alternating current, for example at a Wallbox, has a maximum output of 11 kilowatts. The new eSprinter can be charged with up to 115[5] kilowatts at fast-charging stations.

    For customers, fast charging means: charging from 10 to 80 percent of full capacity[6] takes around 28 minutes for the 56 kWh battery and around 42 minutes for the 113 kWh battery.

    Digitisation and infotainment with MBUX and Mercedes me

    The new eSprinter also impresses in terms of digitisation and infotainment: it comes with the innovative Mercedes-Benz User Experience (MBUX) with the latest software generation, previously only familiar to customers from Mercedes-Benz passenger cars. Numerous features and services make everyday life with an electric vehicle easier for customers.

    Navigation with “Electric Intelligence” ensures the greatest possible planning certainty: for example, it shows the current range in real time depending on the current traffic situation and the topography of the route. It also calculates the best possible charging strategy to get to the destination as quickly as possible, or to have the desired state of charge (SoC) at the destination. Authentication at the charging station is simple via MBUX, with payment via Mercedes me. Other highlights include increased performance, extensive personalisation options and optimisations of the “Hey Mercedes” voice control assistant.

    Mercedes-Benz Vans electrification strategy

    Mercedes-Benz Vans has firmly anchored its leadership aspiration for electric mobility in its strategy. With the Vito E-CELL, Mercedes-Benz Vans was already a pioneer in the market for locally emission-free vans in 2010.

    Today, Mercedes-Benz has electrified all segments from the Small Van to the Mid-size Van and the Large Van.

    From the middle of the decade, Mercedes-Benz Vans will be implementing the next stage of its electrification strategy with VAN.EA (MB Vans Electric Architecture): From 2025, all new models will be all-electric.

    Sustainability at Mercedes-Benz

    On the road to the fully electric future of mobility, Mercedes-Benz is taking a holistic approach with Ambition 2039. One of the most important transformation goals is CO2-neutrality in the new car fleet, which is firmly anchored in the sustainable business strategy, partly including offsets. At Mercedes-Benz AG, this goal is reflected in Ambition 2039 and in the “Electric only” approach.

    Concretely, this ambition means: by 2039 – eleven years earlier than required by EU legislation – the entire fleet of new passenger cars and vans is to become CO2-neutral across all stages of the value chain, partly including offsets.

    For further information on Ambition 2039 and our sustainability activities, see our Sustainability Report at: Mercedes-Benz Group > Sustainability

    [1]Figures on the range are provisional and have been determined internally in accordance with the “WLTP test procedure” certification method. So far, there are neither confirmed values from an officially recognized testing organization nor an EC type-approval nor a certificate of conformity with official values. Discrepancies between the data and the official values are possible.

    [2]Reference model: panel van, length “long” (A3), high roof, gross vehicle weight 4.25t, speed limiter 90 km/h, 113 kWh battery. Range values vary depending on the specific vehicle configuration (speed limiter, body type, battery size, level of equipment, tyres etc.).

    [3]The actual range is furthermore dependent upon the individual driving style, the road and traffic conditions, outside temperature, use of climate control/heating system, etc. and may differ.

    [4]To use Mercedes me connect services, users must register for a Mercedes me ID and consent to the terms of use for the Mercedes me connect services. The services described and their availability and functionality may vary in particular depending on the vehicle model, the model year, the selected options and the country.

    [5]Maximum peak charging capacity at DC charging station with a supply voltage of 400 volts, 300 A; the maximum charging capacity is dependent on diverse factors such as, e.g. ambient and battery temperature and the charge status of the battery when starting to charge.

    [6]Minimum charging time of 10 to 80% under optimum conditions at DC charging station with a supply voltage of 400 volts, 300 A; the charging time can vary depending on diverse factors such as e.g. ambient and battery temperature and due to the use of additional auxiliary consumers such as e.g. heating.

  • Setra ComfortClass for Reisedienst Bölck

    Setra ComfortClass for Reisedienst Bölck
    V.l.n.r.: Raphael Triebswetter, Leiter Vertriebsregionen Deutschland Mercedes-Benz & Setra, übergibt den neuen S 516 HD an Mathias und Rüdiger Bölck.

    Setra ComfortClass for Reisedienst Bölck – Reisedienst Bölck GmbH in Schuby in Schleswig-Holstein has acquired a new S 516 HD Setra touring coach. The 5-star automobile with the new Setra ComfortClass family face is equipped with a 44 travel seats. After an extensive facelift, all Setra touring buses now feature a three-dimensional brand lettering in chrome on a glossy black background.

    The new Active Drive Assist 2 is also on board. The system uses continual steering interventions to keep the automobile in a set position within the lane, which enables partially automated driving in all speed ranges.

    Mathias Bölck, Managing Director disclosed at the official handover of the touring coach –

    “For us, this steering assistant represents a significant increase in safety for drivers and passengers”

    Four cameras at the front, back and above the side windows also ensure greater safety. They cover the coach surroundings and generate an indirect 360° all-around visibility from a bird’s eye view.

    Reisedienst Bölck GmbH offers day trips as well as bicycle and long-distance trips throughout Europe. With the new S 516 HD, the family-owned company with Mathias and Rüdiger Bölck at the helm is currently using 13 Setra touring coaches.

  • Nissan to use Kobe Steel’s low-CO₂ steel and green aluminum for Nissan models

    Nissan to use Kobe Steel's low-CO₂ steel and green aluminum for Nissan models
    Nissan to use Kobe Steel’s low-CO₂ steel and green aluminum for Nissan models

    Nissan to use Kobe Steel’s low-CO₂ steel and green aluminum for Nissan models – Nissan Motor Company Limited and Kobe Steel, Limited (Kobe Steel) today announced that Nissan plans to use Kobenable Steel*1 for Nissan models starting January 2023 onward. Kobenable steel, commercialized by Kobe Steel, significantly reduces CO2 emissions in the blast furnace process. Kobe Steel will also supply Nissan with aluminum sheets made from green-aluminum raw materials. This will be the first time Kobenable Steel will be used in mass-produced automobiles.

    Nissan aims to achieve carbon neutrality throughout the entire product life cycle*2 by 2050. Since approximately 60% of an automobile’s weight is made up of steel parts and around 10% of its weight is made up of aluminum parts, the use of green steel and green aluminum is a very effective way to reduce CO2 emissions during parts manufacturing, which is part of the vehicle’s life cycle.

    Therefore, the companies’ decision to use the steel and aluminum for Nissan vehicles is due not only to the significant CO2 emission reductions but also because the same level of high quality as conventional products can be achieved.

    Nissan models will use Kobenable Premier, which reduces 100% of CO2 emissions during manufacturing through the mass-balance method*3. The specific amount of steel to be used by Nissan will be determined through further discussions.

    The green aluminum raw materials purchased by Kobe Steel to produce aluminum sheets for Nissan are electrolytically smelted using only electricity generated by solar power, thereby reducing CO2 emissions during aluminum ingot manufacturing by approximately 50%*4. Recycled aluminum materials generated at Nissan’s manufacturing sites will also be used to further reduce CO2 emissions during production.

    Both companies will continue their efforts to reduce CO2 emissions with the aim of realizing a carbon-neutral society in the future.

    *1 The reduction of CO2 emissions was demonstrated by charging into the blast furnace at Kobe Steel’s production site Kakogawa Works a large amount of HBI produced by the MIDREX® Process, a distinctive technology of the Kobe Steel Group. Press release link here.

    *2 Includes raw material extraction, manufacturing, use, and the recycling or reuse of end-of-life vehicles.

    *3 A method to allocate specific characteristics to a certain portion of products according to the input amount of raw materials with the characteristics when there is a mix of raw materials with and with no such characteristics (e.g., low CO2) in the manufacturing process. Through the mass balance methodology, CO2 reduction effects are allocated to specific products.

    *4 Compared to the previous product of a material supplier.

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