Electric Vehicle Archives

Canoo takes a different approach to EV engineering and marketing

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.

“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.

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.

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.

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.

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.

Porsche’s all-electric Taycan fully revealed, priced from RM632,000

Since this year began, Porsche has been telling the world a lot about its first all-electric sportscar, with only the shape being camouflaged in the pictures. This has certainly built up anticipation and interest in the new model called the Taycan, and now it is finally presented in complete form.

The Taycan’s world premiere took place simultaneously in North America, China and Europe, which will be the most important markets of the new sportscar. The event locations also highlighted three ways of sustainable energy management: Niagara Falls at the border between the US state of New York and the Canadian province of Ontario representing hydro-power; a solar farm in Neuhardenberg near Berlin representing solar power; and a wind farm on Pingtan Island, around 150 kms from the Chinese city of Fuzhou representing wind power.

2020 Porsche Taycan — *The story behind the model’s name*

Speaking at the Berlin venue, Oliver Blume, Chairman of the Executive Board of Porsche AG, said: “The Taycan links our heritage to the future. It carries forward the success story of our brand – a brand that has fascinated and thrilled people the world over for more than 70 years.”

The range will start off with two variants – Taycan Turbo S and Taycan Turbo (Turbo? Where?). At the cutting edge of Porsche E-Performance, they are among the most powerful production models currently offered by the company. Lower-powered variants of these will also be introduced before the end of this year. The first derivative to be added will be the Taycan Cross Turismo at the end of next year.

Performance meets efficiency
The flagship Taycan Turbo S can generate up to 560 kW/761 ps while the Taycan Turbo generates up to 500 kW/680 ps. Claimed 0 to 100 km/h times are 2.8 seconds and 3.2 second, respectively. With a fully-charged battery pack, the Turbo S is said to have a range of up to 412 kms, while the Turbo can go up to 450 kms. Top speeds of both variants, which have standard all-wheel-drive, is claimed to be 260 km/h.

The Taycan is the first production vehicle with a system voltage of 800 volts instead of the usual 400 volts for electric cars. This is a particular advantage for Taycan owners: in just over 5 minutes, the battery can be recharged using direct current (DC) from the high-power charging network for a range of up to 100 kms. The charging time for 5% to 80% percent SoC (state of charge) is 22.5 minutes for charging under ideal conditions, and the maximum charging power (peak) is 270 kW. The overall capacity of the Performance Battery Plus is 93.4 kWh. Taycan drivers can comfortably charge their cars with up to 11 kW of alternating current (AC) at home.

Pure exterior design with Porsche DNA
With its clean, puristic design, the Taycan signals the beginning of a new era. At the same time, it retains the unmistakable Porsche design DNA. From the front, it looks particularly wide and flat with highly contoured wings. The silhouette is shaped by the sporty roofline sloping downward to the rear.

The sleek cabin, the drawn-in rear C-pillar and the pronounced shoulders of the wings result in a sharply emphasised rear, typical of the brand. There are also innovative elements such as the glass-effect Porsche logo, which has been integrated into the light bar at the rear. With a Cd value from 0.22, the aerodynamically-optimised basic shape makes a significant contribution to low energy consumption and thus helps extend range.

Unique interior design
The cockpit also signals the start of a new era with its clear structure and a completely new architecture. The freestanding, curved instrument cluster forms the highest point on the dashboard. This places a clear focus on the driver axis. A central, 10.9-inch infotainment display and an optional passenger display are combined to form an integrated glass band in a black-panel look.

The number of classic hardware controls such as switches and buttons has been greatly reduced. Instead, control is intelligent and intuitive – using touch operation or the voice control function, which responds to the command ‘Hey Porsche’.

With the Taycan, Porsche offers an entirely leather-free interior for the first time. Interiors made from innovative recycled materials underscore the sustainable concept of the electric sports car. ‘Foot garages’ – recesses in the battery in the rear footwell – ensure sitting comfort in the rear and allow the low height typical of sportscars. Two luggage compartments are available: the front compartment has a capacity of 81 litres and the rear 366 litres.

Innovative drive motors, 2-speed transmission
The Taycan Turbo S and Taycan Turbo have two exceptionally efficient electric propulsion systems – one on the front axle and one on the rear axle, thus making the cars all-wheel drive. The motors, transmission and pulse-controlled inverter are each combined into a compact drive module. The modules have the highest power density (kW per litre of package space) of all electric powertrains on the market today.

A special feature of the electric motors is the ‘hairpin’ winding of the stator coils. This technology makes it possible to incorporate more copper in the stator, increasing power output and torque while maintaining the same component volume.

The two-speed transmission installed on the rear axle is an innovation developed by Porsche. First gear gives the Taycan even more acceleration from a standing start, while second gear with a long gear ratio ensures high efficiency and equally high power reserves. This also applies at very high speeds.

Centrally networked chassis systems
Porsche uses a centrally networked control system for the Taycan chassis. The integrated Porsche 4D Chassis Control analyses and synchronises all chassis systems in real time. The innovative chassis systems include adaptive air suspension with three-chamber technology including PASM (Porsche Active Suspension Management) electronic damper control, as well as the Porsche Dynamic Chassis Control Sport (PDCC Sport) electromechanical roll stabilisation system including Porsche Torque Vectoring Plus (PTV Plus).

The all-wheel drive control with two electric motors and the recuperation system are unique. At up to 265 kW, the potential recuperation power is significantly higher than that of competitors. Driving tests have shown that approximately 90% of everyday braking is performed by the electric machines alone – without the hydraulic wheel brakes being activated.

Prices start from RM632,000
In the US market, prices for the Taycan start from US$150,000 (about RM632,000) and as mentioned earlier, lower-powered variants will be available as well and these should cost less. The first customers will receive their cars at the beginning of next year.

Click here for other news and articles about Porsche in PISTON.MY

‘Double digit’ bookings received for Lotus Evija electric hypercar

The Lotus Evija, which is the new world’s most powerful production car, made is first official debut earlier this week at the Monterey Car Week and thousands of enthusiasts gathered to witness Lotus’ first electric hypercar making its public appearance. (more…)

More public recharging stations than petrol stations in Britain now

In Britain, there are now more public places to recharge electric vehicle (EVs) than station selling petrol or diesel. In fact, the difference is almost 1,000 – 9,300 EV charging locations compared to 8,400 fuel stations.

This is the finding of Nissan’s UK subsidiary, based on available data and the company says that the crossover actually happened more than a year before Nissan’s 2016 prediction of August 2020. It is believed to be the result of the accelerating adoption of EVs amongst British motorists.

Fuel stations are everywhere
The global fuel station network today is a product of some 100 years of expansion. Places where vehicles can refuel can be found even deep inside the jungles of Africa or the mountain passes of the Himalayas. In Britain, the first fuel station was opened in November 1919 and as the vehicle population grew, so too did the number of stations to meet demand.

However, since 1970, almost 80% of the stations have closed, whilst the number of EV charging locations has increased from a few hundred in 2011 (when the Nissan LEAF went on sale) to more than 9,000 in August 2019.

‘Range anxiety’ can be dismissed
Of these locations, more than 1,600 provide ‘rapid charging’ which can recharge a typical EV battery pack to around 80% capacity in under an hour. According to Zap-Map, two new rapid charge devices came online every day in the last month. Almost all UK motorway service stations now have charging stations installed, the majority of which provide a rapid charge option. So it would be possible for owners of EVs such as the LEAF to travel around the country without ‘range anxiety’.

Transport for London has installed more than 1,000 EV charge points in the last year alone, as supply of fossil fuel within the capital city is becoming scarcer. One of the country’s oldest stations, the Bloomsbury Service Station which had been in operation since 1926, was closed in 2008.

“We’ve moved beyond the early concerns of range anxiety with EVs now exceeding the vast majority of customer’s daily driving needs. The next challenge is for charging infrastructure to keep pace with the number of EVs on the road, and that the experience of recharging is as enjoyable and effortless as that of all-electric driving,“ said Kalyana Sivagnanam, MD of Nissan Motor (GB) Ltd.

Since Nissan launched the first mass-market electric vehicle – the LEAF – in 2010, EV technology has continually improved, with the latest models both affordable and practical for the majority of new car buyers. As a result, Britain is experiencing unprecedented growth in the demand for battery-powered personal transport.

Click here to read more about the latest Nissan LEAF

Four electric vehicles myths debunked by Nissan

Sales of the fully electric vehicles around the world has exponentially increased 23-fold in the past five years and many folks nowadays are seriously considering about getting an EV of their own as their next of even first car. For those who have been misinformed about the ownership of owning EV, Nissan and ETCM (Edaran Tan Chong Motor) are here to help clarify a few things. (more…)

Honda e to address environmental issues just as the original Civic did in 1970s

Back in the early 1970s, Honda launched a new car model called the Civic and although the company had already been making cars for a while, this new model was remarkable in many ways. It came at a time when the new regulations in the US forced manufacturers to introduce solutions to reduce toxic exhaust emissions – and the innovative CVCC system in the Civic could meet those demands without a even using a catalytic converter.

The Civic’s popularity also grew quickly because consumer preferences were shifting to smaller cars, in part because fuel prices shot up during the energy crises. The Civic’s fuel-efficient engine was just the thing and it also helped to draw more people to Japanese cars.

*The original Honda Civic launched in 1972*

Almost 50 years later, Honda is about to launch another new model that again addresses environmental issues. This time, it has done away with the internal combustion engine altogether so there will be zero emissions.

Another standard-setter
The new model is the Honda e, to go on sale in Europe later this year. It’s been engineered to set new standards in the compact electric car segment.

The Honda e is equipped with a high-power electric motor delivering up to approximately 100 kW (150 ps) and torque in excess of 300 Nm. The 35.5 kWh battery in the Honda e is one of the most compact in its class, contributing to an exceptional balance of low weight, fast-charging capability of 80% in 30 minutes, and a claimed range of over 200 kms, more than enough for daily urban commuting.

Honda engineers paid special attention to enhancing the driving dynamics to deliver a fun and engaging experience. With the battery located low under the vehicle floor, the car’s centre of gravity is approximately 50 cm from the ground. With a 50:50 weight distribution, wide yet compact size and short overhangs at the front and rear, the Honda e delivers an optimal balance of stability and handling performance.

To help deliver a sporty character, power is delivered through the rear wheels, which also enables a greater steering articulation for the front wheels. As a result, the turning radius is approximately 4.3 metres, giving the car good manoeuvrability in small city streets.

Only one pedal
The Honda e will have Single Pedal Control, enabling the driver to accelerate and slow the car using only the accelerator pedal. When the accelerator pedal is depressed, the car will accelerate as normal; when it is released, automatic regenerative braking will occur, and will slow the car.

The Single Pedal Control improves driving efficiency in urban environments and reduces the need to use multiple pedals, making the drive more engaging, exciting and seamless with maximum control for the driver. Older drivers may probably need a while to get used to this feature.

Having been originally developed to be an electric vehicle, the engineers started with a clean sheet and did not have to use traditional construction methods. High-strength materials used in the skeletal structure contribute to structural rigidity while also reducing weight. The lightweight chassis provides the ideal platform from which to fine tune suspension and steering settings for a dynamic driving experience.

It is unlikely that Honda will offer this model in Malaysia in the near future as the focus is on Europe where it aims to sell a large proportion of EVs and hybrids by 2025.

Morgan sign partnership for new EV

Morgan Motor Company, an automaker best known for producing classic three-wheeled vehicles, has entered into a technical partnership with Frazer-Nash Energy Systems. The move is a nod to the impending release of the company’s new EV.

Called the EV3, the vehicle which was first revealed in 2016, will be the British automaker’s first model that will feature an all-electric drivetrain. Despite this, the car still retains familiar design cues seen on previous generation cars.

Unlike most automakers, Morgan’s design inspiration comes from 1930s Aero-engine race cars, classic motorcycles and 1950s fantasy automatons. The EV3 combines this vintage tubular styling with new technology to deliver a raw driving experience and traditional British craftsmanship.

Regarding the tie-up, Steve Morris, Managing Director of Morgan Motor Company, said, “We are delighted to announce our technical partnership with Frazer-Nash Energy Systems as we enter this exciting phase of EV3 production.”

He added, “We have been working closely on optimizing the EV3’s architecture in every way to develop a car which will offer proven reliability range and cooling performance, combined with the pure driving experience that is expected of every hand-crafted Morgan.”

As a result of the partnership with Frazer-Nash Energy Systems, Morgan will be able to utilize certain technologies that will allow further development of the EV3. It will come with all-new, more robust architecture, greater levels of torque, a stiffer chassis and under-slung battery.

Enclosed within the tubular space frame chassis sits a 21 KWh Lithium Battery and a liquid-cooled 34.8kW (41.8kW peak) motor that drives the rear wheel. On a full charge, the EV3 will be able to travel a full 193km without needing a recharge. This, the automaker says will be enough to allow for the kind of driving pleasure that is absent in the EV industry.

The Morgan EV3 is expected to enter production in 2018 and thanks to Frazer-Nash Energy Systems, will have greater performance and rapid charging technology. Once launched, the EV3 will be part of a niche market, offering enthusiasts unrivaled driving enjoyment.

Renault EVs recognised by GreenFleet

Renault has been awarded the title of Electric Vehicle Manufacturer of the Year at the UK’s 2017 GreenFleet awards. It also picked up another, for City Car Manufacturer of the Year thanks to its line-up of compact EVs that include the ZOE.

Annually, GreenFleet Awards recognizes manufacturers or organisations that successfully introduce fuel saving strategies and innovations that include low emission vehicles. Renault currently has several different vehicles that utilizes EV technology, which include the upgraded Kangoo Z.E.33.

Speaking of the accolade, Angela Pisanu, editor of GreenFleet magazine, said, “The winner this year has had their experts come up with new battery technology that has enabled them to increase the range on their small car and van EV offering.”

The latest ZOE has received a decent upgrade that includes an improved battery pack that allows for a 50% increase in range on a single charge. The automaker has admitted that, in real world driving conditions, the car should be able to cover a distance of 299km in warm weather conditions and 200km in areas that are subjected to winter conditions.

Through the use of its patented Chameleon Charger, the ZOE is able to charge its battery from 0-80% in an hour. In addition to that, this charger is able to adapt to a wide range of power supplies to ensure that the charging duration is kept to a minimum.

Similarly, the new Kangoo also has an upgraded battery pack that allows for a 60% improvement in range over its predecessor. This electric van is able to travel for about 274km on a single charge, which isn’t extraordinary but increases practicality.

Apart from these two vehicles, Renault also has a number of other EVs that are just as efficient, which include the Twizy quadricycle and the upcoming Master Z.E. large panel van. This line-up is responsible for spearheading the French automaker’s charge to dominate the increasingly popular EV market.

And the GreenFleet award is a testament to this very fact. However, there are several other publications that have given these vehicles the same recognition for innovation, practicality and ease of use. The following are the latest accolades picked up by Renault:

What Car? Best Electric Car 2017 – Renault ZOE
What Car? Best Used Green Car 2018 – Renault ZOE
Autocar Game Changer 2017 – Renault ZOE
Parkers Eco Car of the Year 2018 – Renault ZOE
Pure Electric and Hybrid Cars Green Apple Champion 2017 – Renault ZOE

Expect more from this French automaker in the near future because competition in the EV market is bound to increase by several orders of magnitude. Tesla has recently announced a fully electric lorry that may revolutionize the way we see freight transportation in general. All we can say is, this is a pretty interesting time for the automotive industry.

Arnold Schwarzenegger unveils all-electric Hummer

Arnold Schwarzenegger, the famous hollywood actor and former governator of the state of California, has collaborated with Kreisel Electric to develop an EV Hummer. Based on the original H1, the all-electric prototype was unveiled by Schwarzenegger himself to hoards of fans and members of the media.

The civilian version of the US military Humvee, the EV H1 forgoes its gas guzzling V8 in favour of two electric motors, one for each axle. Juice is supplied via a 100 kWh battery pack that enables this behemoth to reach a top speed of 120km/h and cover a distance of 300km.

https://youtu.be/sHe485QW3zE
Video taken from königstein performance Youtube Channel

Weighing 3300kg, this isn’t even in the same ballpark as your average Prius. It retains the entire shell of the original vehicle and as such, still has the macho and go anywhere appeal of the original that made it a staple of the US military.

As daunting a task as it maybe to convert the H1 into an all-electric vehicle, it took Kreisel a mere two months to complete the project. This labour intensive effort may have been well worth the cost because it shows the general public that any car can be an EV.

That said, this project isn’t the first time that the governator and Kreisel has collaborated on creating a new vehicle. He previously worked with the company to develop an EV Mercedes-Benz G-Wagon that is capable of holding its won against the legendary vehicle that it is based on.

Unlike the unruly nature of the standard V8 powered G-Wagon, Kreisel’s version operates quietly yet is able to match the capabilities of the world famous vehicle that it is based on.

https://youtu.be/nSMpmMskqXM

https://youtu.be/1y4evYuPGgk

Kreisel Electric is a mobility company who believes that the electric motor is the most efficient method of propulsion. They have developed their own battery solutions for high performance applications.

The company’s founders Philipp, Johann and Markus have been involved in the electronics sector for the past 35 years. Philipp is the mechanical engineer, Johann the electronic specialist while Markus concentrates on the commercial aspects of the business.

Their company website provides an in-depth knowledge of the inner workings at Kreisel Electric and the amazing work that they are doing. This goes to show that you don’t need to be a fortune 500 company to do amazing things in the automotive industry.

Source: Road & Track, Kreisel Electric

Detroit Electric to reveal future plans after heavy investment from joint venture

Detroit Electric, the UK-based firm that showed great promise a few years ago, will reveal its upcoming plans at the Cenex’s Low Carbon Vehicles (LCV) 2017 event held in the UK. It’s here that the company will share its strategy which includes plans of launching a range of electric vehicles in the coming years.

The company has ramped-up operations after receiving an injection of US$1.8 billion (RM7.7 billion) in capital from a joint venture agreement. This has helped the firm stabilize its financial health as well as complete a major recruitment programme, which will see it employ between 150 and 200 posts by next year.

Chief Technical Officer and Company Director Richie Frost, said, “Having secured the solid financial foundation to embark on our business plan, we’re now building up our team to enable us to deliver our ambitious vehicle engineering programmes.”

“This represents an opportunity to be a major part of an incredibly exciting, fast-moving company, as we begin the most exciting EV development projects in the UK. We’re looking forward to having a chance to meet some of UK’s most talented engineers in this field expected at Cenex and to share these exciting future plans with them,” he later added.

Detroit Electric will also be investing heavily in expanding its engineering and manufacturing centre in Leamington Spa, Warwickshire, to create a state-of-the art R&D facility, alongside its engineering hub in China.

A few years ago, the EV automaker showcased some pretty exciting Lotus-based EVs that never made it onto the showroom floor. Now, with this new joint venture, the company should be able to deliver, with better reliability, on the rest of its future plans.

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