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EV

When US-based Genovation Cars talked about developing an all-electric supercar model which would be adapted from the Chevy Corvette Z06 and be powered by two electric motors instead of a 7-litre V8, it set ambitious goals: 700 bhp with 815 Nm of torque and a range of 240 kms.

Since rolling out the first prototype known as the Genovation Extreme Electric (or GXE for short), the company has been setting new records with the car which actually manages to deliver up to 800 bhp and a range of 280 kms. Some are significant world records, including an entry in the Guinness Book of World Records for a street-legal electric car with a speed of 190.48 mph (306.7 km/h) for the standing mile.

New speed record
The performance continues to improve and this month, the GXE broke its previous top speed record set in September 2019. The new world record of 211.8 mph (341 km/h), witnessed and certified by the International Mile Racing Association (IMRA) was achieved during Straight Line Aerodynamic Testing at the Johnny Bohmer Proving Grounds at the Kennedy Space Centre in Florida.

2019 Genovation GXE

“During this December test, we broke our previous speed record that was set in September of this same year. That earlier record run was hampered by strong crosswinds, so we were confident that under better weather conditions, we could improve upon that result,” said Andrew Saul, CEO of Genovation Cars, Inc.

“We are thrilled to be the only electric car manufacturer to not only test our vehicle’s record-breaking capabilities, but to validate and achieve this milestone not once, not twice, but three times. Based on the early analysis of the data generated from the new record, we’re confident that we can gain efficiencies which will result in further top-end speeds,” Saul said, adding that the GXE continues to be the fastest street-legal all-electric supercar in the world.

2019 Genovation GXE

Although the exterior is adapted from a Corvette, the rest of the GXE was designed from the ground up to have a low centre of gravity and near 50/50 weight distribution, making it a true driver’s car.

Customers can order the supercar with either a 7-speed manual – an all-electric supercar category exclusive – or an 8-speed paddle-shift automatic transmission.

Genovation GXE

The GXE also comes equipped with a programmable active suspension, carbon ceramic Brembo brakes, state-of-the-art carbonfibre wheels, an ultra-high fidelity 10-speaker JBL stereo, a 10.4-inch custom high definition centre console touchscreen and bespoke exterior and interior.

2019 Genovation GXE

Philosophy of sustainability
“One of our primary objectives is to reduce the use of petrochemicals and energy used to make our cars. Some of the sustainable parts we intend to use are commercially available off the shelf. These include seats made with soy-based foam. Where traditional tyres usually require up to 19 litres of oil for production, we plan to utilize tyres made from natural rubber infused with small amounts of orange peel oil, a by-product of the beverage industry,” said Saul.

“The batteries we plan to use have the most stable lithium-battery chemistry on the market and are 100% non-toxic. They can be reused for stationary back-up power before eventually being recycled,” he added.

2019 Genovation GXE

Other areas where Genovation is exploring sustainability are more experimental. Testing on some materials has already been conducted and all potential options will be explored in a carefully conducted and scientific manner.

“We are studying the possibility of using composite materials made from natural, non-toxic and renewable products, such as soy-based resins rather than petrochemical resins and natural fibres made from basalt (derived from volcanic rock), jute, bamboo and burlap for trim pieces and body panels. Customers will have the option to order seat fabric made from wool,” Saul explained.

2019 Genovation GXE

The GXE will be produced in a limited-edition run of 75 units, with initial customer deliveries scheduled in 2020. Although the price mentioned early during the development was US$330,000, the company is now setting a pricetag of US$750,000 (equivalent to RM3.095 million).

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As the electric car era approaches, it’s not just new types of vehicles that are needed but also supporting services, especially to recharge the battery packs. Unlike the petrol station network which is the product of many decades and has global coverage, battery recharging points and stations are only just beginning to be set up.

For companies that invest in recharging stations, there is a need to ensure sufficient demand and usage so as to get returns on their investment. That time is coming as the population of EVs (and also plug-in hybrids) rises and more vehicles need to be recharged daily.

Volkswagen is also exploring other approaches and has provided a glimpse into the future in which the search for charging stations becomes unnecessary. Instead, mobile charging robots will take over this task, going to the vehicle completely autonomously. After it is started via app or V2X communication, the mobile robot drives itself to the vehicle that needs charging and communicates with it.

Everything done autonomously
From opening the charging socket flap to connecting the plug to decoupling, the entire charging process occurs without any human interaction. The robot brings a trailer in the form of a mobile energy storage device to the vehicle and connects it. It then uses this energy storage device to charge the battery of the electric vehicle. The mobile energy storage device stays with the vehicle during the whole charging process. The robot, in the meantime, charges other electric vehicles. Once the charging service is complete, the robot collects the energy storage device and brings it back to the charging station.

“The mobile charging robot will spark a revolution when it comes to charging in different parking facilities, such as multistorey car parks, parking spaces and underground car parks because we bring the charging infrastructure to the car and not the other way around. With this, we are making almost every car park electric, without any complex individual infrastructural measures,” explained Mark Moller, Head of Development at Volkswagen Group Components. “It’s a visionary prototype, which can be made into reality quite quickly, if the general conditions are right,” he added.

Volkswagen Group Components is researching different approaches to the assembly of charging infrastructure and has already developed several successful products. The flexible quick charging station and DC wall boxes are already part of a future charging family. Customer-oriented, intelligent and flexible approaches to charging are at the centre of the research. Other innovative products such as the charging robot are currently being developed.

Volkswagen

Autonomous, compact and flexible
The prototype consists of a compact, self-driving robot as well as flexible and agile energy storage devices, also known as ‘battery wagons’. When fully charged, these are equipped with an energy content of around 25 kWh each. A charging robot can move several battery wagons at the same time. With its integrated charging electronics, the energy storage device allows for DC quick charging with up to 50 kW on the vehicle.

The robot, which can move autonomously, is fitted with cameras, laser scanners and ultrasonic sensors. The combination of these systems not only allows the robot to carry out the charging process completely autonomously but also to move around freely in the parking area, recognising possible obstacles and to react to them appropriately. Depending on the size of the parking area or the underground carpark, several charging robots can be employed simultaneously so that several vehicles can be attended to.

Volkswagen

The mobile charging robot can be put to use in various ways. It isn’t just a robot arm that connects a car to a fixed charging station. Instead, drivers have the choice to park in any available space, independent of whether a charging station is free or not. The robot brings the charging station in the form of a mobile energy storage device directly to the vehicle.

For operators of different parking facilities this is a quick and easy solution to electrify every parking space. “This approach has an enormous economic potential,” said Moller. “The constructional work as well as the costs for the assembly of the charging infrastructure can be reduced considerably through the use of the robots.”

The compact design of the charging robot is perfectly suited for use in restricted parking areas without charging infrastructures, such as underground carparks. Even the well-known problem of a charging station being blocked by another vehicle will no longer exist with this concept.

VW ID.Charger
Owners can also install the ID. Charger, a unit developed by Volkswagen, in their homes.

36,000 places to recharge by 2025
The project is among Volkswagen’s initiatives to establish a charging infrastructure at many levels. Together with its dealers, the company aims to install a total of 36,000 charging points throughout Europe by 2025. A large proportion of these will be in public areas.

Volkswagen is also launching its own wallbox for home charging called the ID. Charger. And as a co-founder of the IONITY joint venture, Volkswagen participates in installing 400 fast-charging parks on major European highways. Medium-term, charging an EV is to become as easy as charging a smartphone.

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Canoo, a Los Angeles-based company, aims to carve its own presence in the coming era in which transportation is becoming increasingly electric, shared and autonomous. It will do this by challenging traditional automotive shape and functionality and capitalizes on EV (electric vehicle) architecture in a way that provides significantly more interior space.

Canoo

“We believe that the potential of EV architecture can enable a post-SUV era that addresses the ever-growing desire for space and value,” said Ulrich Kranz, In Charge at Canoo. “We promised a truly different approach for EVs, and our canoo proves that we can deliver on that vision. In my 30 years’ experience, I have never seen so many quality achievements in such a short time. We are on track for our launch date in 2021.”

The canoo is the result of a completely re-engineered vehicle design, eliminating wasted space throughout the vehicle and providing exceptional utility to the user. By capitalizing on EV architecture, the canoo eliminates compartmentalization and comes across as an urban loft on wheels.

Canoo

As spacious as a large SUV
With the interior space of a large SUV and the exterior footprint of a compact car, the canoo offers enough space for 7 people. All seating is designed to feel more like furniture than traditional car seats. For example – the rear seats are more like a sofa to lounge on than a cramped and segmented backseat, and the front takes inspiration from mid-century modern chairs.

A minimalist approach for the user interface provides an experience comparable to a connected home. The occupants bring their own devices, which are naturally personalized, intuitive and secure. Therefore, the non-driving features such as navigation, music or heating can be controlled via phone or tablet to be consistent with the user’s daily connected life.

Canoo

Proprietary ‘skateboard’ architecture
Canoo has developed a proprietary ‘skateboard’ architecture, directly housing the batteries and electric drivetrain. All of Canoo’s vehicles will share the same underpinning and different cabins or ‘top hats’ can be married on top to create unique vehicles. Leveraging the same fixed and flat skateboard allows for reduced R&D costs, efficient production and a better use of interior space.

The vehicle and skateboard are designed for an overall 5-star safety rating. The skateboard houses the most critical components of the vehicle with a strong emphasis on functional integration; the premise that all components should fulfil as many functions as possible. This helps reduce the total number of parts, skateboard size and weight.

While traditional suspension systems intrude into the passenger compartment, reducing the ability to maximize interior space, Canoo has a composite transverse leafspring suspension that creates a completely flat skateboard, enabling maximum passenger space.

Whereas other companies need a cabin to be secured to a skateboard for it to drive, Canoo’s skateboard is a self-contained unit which means it can drive on its own with any cabin placed on top. The skateboard is also set up in a way that it could support a dual, front or rear motor configuration.

Canoo

Canoo

Multi-function battery pack
The canoo has a claimed range of up to 400 kms (EPA rating) and can reach an 80% charge in less than 30 minutes. The battery pack is fastened directly to the skateboard structure and avoids the redundant structure and space taken up by a separate battery enclosure. The pack provides torsional rigidity to the skateboard and to the overall vehicle.

The parts inside the battery module also serve multiple purposes in order to reduce the number of parts and to eliminate redundancies. For example, cold plates serve to cool the batteries, hold the batteries and increase the stiffness of the skateboard. The skateboard architecture also allows for future models to leverage the same battery pack.

Canoo

Subscription concept offered
Canoo believes that there is a better solution than traditional car ownership. Currently, consumers are forced to go to a dealership and deal with insurance, maintenance and repairs. And the vehicle’s value drops immediately as the owner drives off a dealer’s lot.

Instead, Canoo will free its customers from the burden of ownership by offering a hassle-free and commitment-free EV subscription for one monthly, affordable price and with no set end date. The subscription may include services such as registration, maintenance, insurance management and charging—all from a single app.

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Ford Motor Company has revealed the new Transit Smart Energy Concept – a one-of-a-kind 10-seater minibus which is helping the automaker explore solutions for maximising the energy efficiency and driving range of electrified vehicles. However, the distance that drivers can travel on a single charge of a battery-electric vehicle (BEV) continues to be greatly impacted by the use of cabin heating features.

Research has showed that using the climate control system in a BEV can reduce the driving range by up to 50% in cold weather. Perhaps the same also applies in hot weather though there would be different issues creating the same drawback.

Ford Transit Smart Energy Concept

Challenges to energy usage
Compared to goods transport vehicles, multi-occupant vehicles such as minibuses require significantly more energy to create a comfortable temperature for occupants. The energy is provided by the high-voltage battery, presenting a significant challenge to the vehicle’s driving range. In vehicles with combustion engines, an engine-drive compressor is used as a separate pump for coolant.

Demonstrated recently, the fully-functioning, all-electric Transit Smart Energy Concept delivers 150 kms driving range from a 4-hour charge, supported by energy-saving and energy-generating innovations from solar panels to powertrain heat recovery systems.

“With frequent door openings, a large space to keep at comfortable temperatures, and a big payload to carry, a minibus presents the toughest challenge for maximising battery-electric vehicle range, and that’s exactly why we chose it for our new Transit Smart Energy Concept,” said Kilian Vas, Project Leader, Vehicle Architecture, Ford of Europe. “By developing this concept we’ve found a number of clever ways to save energy which could help further improve the electrified vehicle experience for customers in the future.”

Ford Transit Smart Energy Concept

Innovations that enhance energy efficiency
The Transit Smart Energy Concept uses the same drivetrain technology as the StreetScooter WORK XL commercial vehicle, and a Transit chassis fitted with a battery-electric drivetrain for zero-emissions driving. Innovations which enhance energy efficiency and driving range being tested for the first time include:

♦ An innovative heat pump system which utilises waste heat from the drivetrain components, the outside air, and the air within the cabin to reduce heating system energy usage by up to 65%, resulting in a range extension of 20%.;

♦ A power sliding door which opens halfway to reduce heat loss and can be activated by the passenger using a smart device. The heating, ventilation, and air-conditioning blower is automatically deactivated when the door is open;

Ford Transit Smart Energy Concept

Ford Transit Smart Energy Concept

♦ Heated business-class passenger seats and surfaces which enable passengers to control their local temperature, reducing the energy required for the large cabin;

♦ 6 roof-mounted solar panels which charge a 12V battery for powering seat heating, cabin lighting, and on-board electrical systems, including wireless charging for passenger mobile devices;

♦ A polycarbonate divider between the passenger door and seating area, which further reduces heat loss as passengers enter and exit, and protects passengers from external elements;

Ford Transit Smart Energy Concept

♦ Ventilated double-glazed windows which reduce cold contact surfaces, and insulate against heat loss; and

♦ An insulated rear floor and roof which further reduce cabin heat loss.

Colours can also help to go further!
Mood lighting which adjusts according to cabin temperature – red for warmth and blue for cooling – subliminally influencing passengers’ perception of cabin temperature. Experts claim colour choices can influence our mood, our responses… even how many likes we get on social media! Now Ford is exploring how matching the right colour to different driving situations could extend electric vehicle range.

The ambient lighting makes passengers feel warmer (with red lights) or cooler (with blue lights). This helps take the strain from the climate control system so that energy saved can instead be used to cover more kilometres.

Ford Transit Smart Energy Concept

In a trial simulating a winter’s day of 0° C and a summer’s day of 30° C, passengers were subjected to rate their level of comfort based on feeling too hot or too cold. In both cases, the ambient lighting resulted in reducing the power usage of the climate system: by 3.3% for cooling and 2.5% for heating.

“Our exposure to colour can change our mood in all sorts of ways. Here it is simply a case of using red ambient lighting inside the car to make people feel warmer and blue ambient lighting to make people feel cooler. Reducing the burden on the aircon could make a significant difference to extending vehicle range,” explained Lioba Muller, Lighting Team Engineer, Vehicle Architecture at Ford of Europe.

Visit www.sdacford.com.my to know more about Ford models available in Malaysia.

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 Tata Motors has started taking bookings for its new Nexon EV, billed as ‘India’s Own Electric SUV’, which will be in showrooms in early 2020. It joins the growing EV market in India with offering such as the MG ZS, Hyundai Kona EV, and Mahindra e20.

Tata Nexon EV

Speaking at the unveiling ceremony, Guenter Butschek, CEO & MD of Tata Motors said: “After introducing our cutting-edge EV technology, ZIPTRON, we are thrilled to unveil the first EV featuring this technology – the Nexon EV. This is a high-performance, connected vehicle that is uniquely suited to address the aspirations of Indian customers and break all barriers for EV adoption. We are confident that this development will mark an important milestone in India’s electrification journey, and further reinforce our commitment towards developing sustainable and responsible mobility solutions for India.”

Tata Motors’ ZIPTRON technology incorporates a powerful and high-efficiency 129-ps/245 Nm permanent-magnet AC motor powered by a high capacity 30.2 kWh lithium-ion battery pack. It promises to give brisk performance with acceleration from 0 to 100 km/h claimed to be 9.9 seconds and a range of over 300 kms on a full charge.

Tata Nexon EV

Tata Nexon EV

Besides constant recharging with Regenerative Braking that charges the battery pack while coasting through, when plugged into a Fast DC Charger, the Nexon EV can reach 80% battery capacity within 60 minutes. In addition, charging can be done from any 15-amp plug point.

The EV comes with a best-in-industry dust and waterproof battery pack which meets IP67 standards. This high-density battery pack is liquid-cooled to handle India’s high temperature conditions. The battery pack is placed underneath the vehicle body, giving the SUV a centre of gravity more akin to that of a sedan or a hatchback, ensuring maximum stability and excellent dynamic performance on winding roads.

Tata Nexon EV

Tata Nexon EV

The 3994 mm long Nexon EV retains all its learnings from the Nexon Global NCAP rating and comes with class-leading safety features. It has been rigorously tested for 1 million kms over the toughest terrain in India, covering high altitudes, unpaved roads, steep gradients and under extreme weather conditions. Tata Motors is confident of its durability that it offers a warranty of 8 years or maximum of 160,000 kms on the battery pack and electric motor.

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Although Formula E has shown that electric power can be used for racing cars and the appearance of fully electric vehicles (EVs) in some motorsports events has also proven that all-electric powertrains can be very powerful, there are still people who imagine EVs are slow and boring.

Such vehicles were first promoted for their clean technology as they generated no exhaust gases while in use, meaning zero emissions into the environment. They are ideal for personal mobility as well as various forms of transport within cities or even for inter-city travel.

With the current state of EV technology, the range on a fully-charged battery pack has been steadily increasing and so has performance. As it is, the characteristic of an electric motor is that it generates maximum torque virtually from standstill, zipping off the line like a radio-control models car when the accelerator pedal is depressed.

Nissan
You don’t need a powerful tyre-smoking sportscar to drift as the all-electric Nissan LEAF can also drift (below).

Nissan

Drifting and electric mobility
And believe it or not, you can also drift an EV, as a professional stunt driver shows with the latest Nissan LEAF. Drifting is usually performed by sportscars with powerful internal combustion engines, but Nissan wanted to try something different. In an unlikely pairing of adrenaline-inducing drifts and electric mobility, the LEAF was shown to produce both maximum torque and force, while delivering virtually silent donuts and burnouts.

The world’s best-selling EV therefore debunked outdated perceptions that electric vehicles are nothing but large golf carts. Throughout the test, the LEAF’s emissions naturally remained at zero – a number symbolized by the vehicle’s donut tread marks.

Try the LEAF yourself
You don’t have to buy a LEAF just to go drifting. Buy it for the driving pleasure that comes from much quieter and smoother motoring, and the satisfaction of doing your part to protect the environment for future generations. And you no longer have petrol costs to worry about too!

The LEAF is available in Malaysia and to locate a showroom where you can learn more about it and take a test-drive, visit www.nissan.com.my.

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After decades of factory-backed commitments in motorsports using cars with internal combustion engines, Volkswagen is taking a major step forward into the electric age of automobiles. Focusing its motorsport strategy on electric mobility, there will be a clear emphasis on fully electric racing cars.

“The role as a technological pioneer will continue to be taken over by the ID.R electric racing car, which has set important milestones for electric mobility with records at Pikes Peak in the USA, Nurburgring in Germany, Goodwood in England and Tianmen in China. In addition, Volkswagen Motorsport will develop new motorsport concepts for the ID. family on the basis of the Modular Electric Drive Kit (MEB), on which numerous electric production vehicles will be based,” said Dr. Frank Welsch, Member of the Board of Management of the Volkswagen Passenger Cars Brand with responsibility for Technical Development.

Volkswagen MEB
The Modular Electric Drive Kit (MEB) is the foundation of Volkswagen’s ID range of all-electric models and will also be used in the development of future electric racing cars.
Volkswagen ID.R
The Volkswagen ID.R at the Nürburgring-Nordschleife chasing a new e-record.

Volkswagen Motorsport

“Volkswagen Motorsport broke new ground with the ID.R, and with its records around the world it demonstrated the enormous potential of electric drive. Now is the time for the next step towards the future: in motorsport, Volkswagen is resolutely committing to e-mobility and will say goodbye to factory-backed commitments using internal combustion engines. In addition to the ID.R as a technological pioneer, the MEB will in future be the second, production-related pillar in Volkswagen’s motorsport programme,” he revealed.

“Electric mobility offers enormous development potential, and in this regard motorsport can be a trailblazer. On the one hand, it serves as a dynamic laboratory for the development of future production cars and, on the other, as a convincing marketing platform to inspire people even more towards electric mobility,” explained Volkswagen Motorsport Director, Sven Smeets. “That is why we are going to focus more than ever on factory-backed electric drive commitments and continue to expand our activities with the development of the MEB. Innovative technology relevant to the car of the future is our focus.”

“Volkswagen Motorsport has enjoyed success with 
conventional racing cars for decades. 
Electric drive is a new challenge for the engineers.”

Sven Smeets, Director Volkswagen Motorsport

Volkswagen WTCR
With the new direction towards all-electric racing cars, production of the Golf GTI TCR for the racetrack will not continue after this year. A successor based on the new generation will also not be developed for customer teams.

Electrifying customer sport programmes
Correspondingly, Volkswagen Motorsport’s customer sport programme will also be electrified. The first stage will involve different disciplines, platforms and vehicle types being examined and evaluated. Parallel to this, the production of the Golf GTI TCR for the racetrack will expire at the end of 2019. A successor based on the new generation will not be offered but customer service and spare parts supply will be guaranteed in the long term.

The Polo GTI R5 remains an integral part of Volkswagen Motorsport’s customer sport offering and will continue to be produced for customer teams. The Hanover base will be responsible for continued customer support, spare parts supply and the competitiveness of the Polo. However, factory-backed competition entries with the model will no longer go ahead.

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The Lotus Evija has entered its initial build phase in the UK as the first British electric hypercar’s global tour continues this week with its Chinese debut at the Guangzhou Auto Show. To celebrate, Lotus premiered a new film during its press conference at Guangzhou which reveals engineering prototype #2 in high-speed action on a private circuit.

The film highlights just how far development work has progressed since the Evija was unveiled last July. It also confirms the pioneering 2-seater is on course for start of production next year. Dynamic testing will involve track time at the home of Lotus and on other demanding high-speed and performance handling circuits across Europe.

Most powerful road-legal car
Over the coming months, several prototypes will cover many thousands of kilometres and many hundreds of hours of driving assessment, including on public roads. The Evija – with a target output of 2000 ps making it the most powerful production road car in the world – has already been through kinematic and compliance testing and endured multiple dynamic load and suspension simulations.

Both the dynamic and static testing are part of a comprehensive validation process designed to guarantee the car will meet customer expectations and demands in key global markets and environments. They are in addition to the extensive programme of computer simulations already completed as part of the hypercar’s development.

Lotus Evija

2020 Lotus Evija

“Physical prototype testing at speed is a landmark moment for the Evija and hugely exciting for everyone involved. Our aim is to make sure it’s a true Lotus in every sense, with exceptional performance that’s going to set new standards in the hypercar sector,” said Gavan Kershaw, Director of Vehicle Attributes, Lotus Cars.

“Everything about the Evija is ‘For The Drivers’. I don’t believe there is another EV in the world that can claim this. From the mid-engined-inspired Lotus layout, to the aerodynamics and downforce, the driving position, vehicle stance and unbelievable performance. It is instantly recognisable as special with a unique character, yet it is unquestionably a Lotus,” added Matt Windle, Executive Director, Sports Car Engineering.

Lotus Evija

Illustrative of the innovative thinking and ingenuity which has always been part of the Lotus DNA, the Evija is a technical tour de force. It continues the legendary Lotus bloodline that’s rich in firsts and technical game-changers, both in the automotive and motorsport sectors.

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For decades, engineers have worked hard to bring down noise levels in cars because noise can cause fatigue and if a car is quiet, it is considered as being refined. They still have to work at lowering noise as well as vibrations and harshness (NVH in industry-speak) but with the advent of electrically-powered vehicles, ‘sound’ will be viewed differently.

On the one hand, for safety reasons, governments are asking manufacturers to install devices which can emit sounds to warn pedestrians and other road-users of the electric vehicles approaching them. Since 2009, with the introduction of the MINI E test fleet, acoustic engineers from the BMW Group were already working on artificially generated sound, which was intended to contribute to the better perceptibility of vehicles with much quieter drivetrains. Since the launch of the BMW i3, customers have been able to choose acoustic pedestrian protection as optional equipment.

BMW i3
In crowded urban areas with a lot of pedestrians, the quientness of electric cars means that some warning sound is needed as they move around.

Continued development of warning sounds
The sound of the acoustic pedestrian protection has since been further developed in line with new legislative requirements and is now gradually being rolled out as standard in all plug-in hybrids and all-electric vehicles from BMW (where required by law). The aim in the development has been to provide the important warning function without disturbing pedestrians.

Now the BMW Group is looking at e-sound for its future electric vehicles and have partnered Hans Zimmer, a noted composer for Hollywood movies, to further develop BMW IconicSounds Electric. The move follows an earlier collaboration which saw Zimmer and BMW Sound Designer Renzo Vitale present their jointly developed e-sound for the BMW Vision M NEXT.

“We have the unique opportunity to turn electric driving in a BMW into a magnificent experience with outstanding sonority. I am really looking forward to the challenge of shaping the sound for future electric BMW’s. Developing the sounds for the BMW Vision M NEXT together with Renzo Vitale was already an inspiring, new experience for me,” said Zimmer.

In production models from 2020
The most recent co-creation is the sound signalling readiness for driving in purely electric and plug-in hybrid vehicles. This unique sound will be heard in production models of the BMW brand next year. “Sound Design gives us the opportunity to evoke positive emotions in our vehicles. This new start-sound triggers joyful anticipation of the electric drive, when the customer enters his vehicle and presses the Start/Stop button,” explained Vitale.

BMW

The silence of driving electrically is often cited as a major advantage of electric mobility. However, as the range of electrified models increases, a gap in the emotionality of the driving experience arises for the driver. Under the brand name “BMW IconicSounds Electric”, a visionary sound offer will be created for future electrified vehicles from BMW.

Enhancement to driving pleasure
“Over the years, the sound of our vehicles has enthused and accompanied millions of people. We are very excited about the exceptional chance of creating the sounds for BMW’s electric mobility together with Hans Zimmer. Thereby we can charge future emotions of our customers worldwide anew and redefine sheer driving pleasure,” said Stefan Ponikva, Vice-President BMW Brand Experience.

Hans Zimmer

As composer and curator of BMW IconicSounds Electric, Zimmer will contribute his expertise to various projects for sound creation for electrified BMW vehicles worldwide. The variety of projects may include sounds for vision vehicles and concepts, production models, composition of sound signs, as well as sound creation for communicative occasions focusing on the acoustic-emotional character of electric mobility.

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Although the model will only appear in showrooms in 2 years’ time, BMW is telling the world about the fourth model in its I sub-brand range – the i4. This will be the first purely electrically-powered model for the premium mid-range with the functionality of a 4-door Gran Coupe and emissions-free mobility.

More importantly, BMW promises to transfer the brand’s characteristic core features to the age of electric mobility, particularly the qualities of the 3-Series. Design-wise, it will be based on the i Vision Dynamics concept car (pictured below) shown in 2017 and sit on the CLAR platform.

2017 BMW i Vision Dynamics concept
The i Vision Dynamics concept

The development of the i4 is part of a comprehensive product offensive by the BMW Group in the field of models with electrified drive. The company currently has the biggest range of all-electric and plug-in hybrid models within the competitive field. By 2023, the BMW Group will have 25 models with electrified drive in its program.

Fifth-generation BMW eDrive technology
The drive technology of the i4 will set new standards in terms of power density, efficiency and range in locally emissions-free driving. The electric motor, power electronics, charging unit and high-voltage battery are entirely new. Together, they form the BMW eDrive technology of the fifth generation, with which the BMW Group has made further significant advancements in the field of electrified drive.

BMW

From 2020 onwards, the fifth- generation BMW eDrive technology will be introduced first in the iX3 and then in the iNEXT and i4. The electric motor developed for the i4 delivers a maximum output of around 390 kW/530 bhp, reaching the level of a V8 engine in current BMW models fitted with a combustion engine. 0 to 100 km/h acceleration is expected to be around 4 seconds, with a top speed of more than 200 km/h.

The fifth generation of BMW eDrive also includes a newly designed high-voltage battery featuring the latest battery cell technology. The design of the high-voltage battery developed for the i4 is characterised by its extremely flat design and optimised energy density. With a weight of some 550 kgs, it has an energy content of around 80 kWh. This gives a claimed range of approximately 600 kms.

2021 BMW i4
Prototype of the i4 undergoing cold-weather testing.

Modular, flexible drive and battery storage technology
A flexible vehicle architecture, the flat, low-positioned high-voltage battery and the compact drive technology create a high degree of freedom in realising a model- specific design. The electric drive component, its charging unit and high-voltage battery are all developed and produced in-house by the BMW Group.

This drive system is compatible with all vehicle concepts and will be available for different models in a range of output levels. The highly integrated design of the system allows a significant increase in power density as well as a reduction in weight and manufacturing effort. Production of future-generation electric motors will no longer require materials categorised as rare earths.

Battery packs

2021 BMW i4

The next generation charging unit is characterised by a uniform package suitable for all future vehicle architectures. It can be used in plug-in hybrid models as well as in purely electrically powered vehicles and is designed for a charging capacity of up to 150 kW. This allows the high-voltage battery pack to be charged to around 80% of its full energy content in around 35 minutes. This results in a charging time of around 6 minutes for a range of 100 kms.

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