Monday, November 30, 2020

Audi to get real dirty, announces entry in Dakar Rally with electric SUV


 Audi has announced it is ready to kick up a dust storm, quite literally, and will take part in the famous - and challenging - Dakar Rally in 2022 for the first time. The company states that it will compete with an 'innovative prototype' and that it will make use of a high-voltage battery. This is a strong indication that the German luxury car maker will unleash an electric SUV in the cross-country event.

Audi has confirmed that the alternative drive concept combines an electric drivetrain with a high-voltage battery and a highly efficient energy converter for the first time. It is attempting to showcase how the crown in an event like Dakar Rally can be fought for using technology that is expected to be common in the near future. "We want to continue demonstrating the brand’s slogan ‘Vorsprung durch Technik’ in international top-level motorsport in the future and develop innovative technologies for our road cars," said Markus Duesmann, Chairman of the Board of Management and Board of Management Member for Technical Development and Product Lines at AUDI AG. "The toughest rally in the world is the perfect stage for this. A multifaceted commitment to motorsport is and will remain an integral part of Audi’s strategy."

Audi has been closely associated with motorsports for several decades but the move to enter the Dakar Rally also means that it is parting ways, for the time being at least, with Formula E. The Dakar Rally will replace Audi’s factory involvement in Formula E, which will no longer be continued in the form of an Audi factory team after the 2021 season. The use of the newly developed Audi powertrain by customer teams will remain possible beyond next year.

With the use of an alternative drive concept in the Dakar Rally, Audi is now facing up to the most extreme conditions. The vehicle will be driven by a powerful electric drivetrain. The energy required for this comes from a high-voltage battery, which can be charged as required while driving via an energy converter in the form of a highly efficient TFSI engine. The aim is to permanently improve the performance of the electric drivetrain and the battery in the years to come. The experience gained in this process should then be incorporated into the further development of future electrified production models.

Sunday, November 29, 2020

Uber eyes a bigger slice of electric vehicle space


 Uber India plans to have 3,000 electric vehicles (EV) in its fleet by the end of 2021, a top executive at the ride hailing company said, in line with the trend in the mobility sector which is taking rapid strides in green technologies.

Uber plans to continue to partner with original equipment manufacturers (OEMs), EV infrastructure firms for charging and battery swapping, and fleets and financiers to make green-powered automobiles both ‘accessible and affordable’.

“As of now, we plan to have approximately 3,000 EVs and e-rickshaws (across two, three and four-wheelers) on our platform by the end of 2021," Prabhjeet Singh, president, mobility, Uber India and South Asia, said in an interview.

Mobility service providers were among the worst hit as demand has been muted since the covid-19 outbreak. However, the companies are aiming to accelerate some of their larger plans to take the green route as they expect strong recovery in these segments once the restrictions are lifted.

The auto segment has also seen a strong recovery for other operators, with most commuters considering it a safer option with enough ventilation, compared to enclosed spaces such as cars during the ongoing pandemic. Uber’s inter-city travel offering is seeing a 70% recovery.

Buoyed by the quicker recovery in auto, moto (bikes) and rental businesses, compared to its core cab services, the company is aiming to take a bigger slice of the growing EV-powered mobility, where the entire segment (including private vehicle ownership across categories) accounts for less than 1% of the automobile market.

Uber said its plan to reach 200 cities by end of 2020 was affected by the pandemic, but it remains on course to achieving the milestone. EV-friendly policies and targets by the Centre and state governments, such as Delhi and Telangana, will translate into sales in the near future, the company said.

Uber has partnered with green technologies services startups such as Lithium to deploy over 1,000 EVs across Delhi-NCR, Mumbai, Bengaluru, Hyderabad and Pune. It has also partnered with micro-mobility startup Yulu, Mahindra and Sun Mobility for battery swapping to enable faster and seamless transition to EVs.

“The recovery for the core business varies in different cities, but in general, we are seeing very healthy recovering in that part of the portfolio," he added.

IIT-Madras to run electric bus with innovative charging technology


IIT-Madras will run an electric bus, with an innovative charging technology, on the campus for students and staff.

Hitachi ABB Power Grids in India has signed a memorandum of understanding with Ashok Leyland and the Indian Institute of Technology- Madras for the e-mobility pilot project. The electric bus will incorporate Hitachi ABB Power Grids' innovative flash-charging technology -- Grid eMotionTM Flash -- that will be provided by Ashok Leyland. IIT-Madras will host the infrastructure to operate the flash charging system for the bus.

Smart e-mobility is at a nascent stage in India. While the government is striving to scale up EV adoption to 30% by 2030, the mass public transport segment is largely untouched.

"For bus operators, the switch to electric has previously presented challenges. That is because with battery-operated buses it is difficult to maximize passenger load carrying capacity and running time while making the whole operation economically viable. An e-bus with flash-charging technology can solve that problem while improving the quality of life through reducing pollution in densely populated urban areas," a release from IIT-Madras said.

"We need to have all hands on deck - industry, academia and policymakers to develop a strong and reliable local ecosystem to support the Indian electric vehicle (EV) revolution," said N Venu, managing director of Hitachi ABB Power Grids in India.

Ashok Leyland said they are proud to partner on yet another innovative solution in the e-bus segment.

"Combination of our robust buses with electric propulsion technology and flash charging from Hitachi ABB Power Grids can be the answer to the need for sustainable public transportation across the country," said N Saravanan, chief technology officer, Ashok Leyland.

"The development of India's e-mobility charging infrastructure and increased deployment of e-buses is key to meeting the demand for sustainable transport solutions across India's rural and urban areas," Bhaskar Ramamurthi, director of IIT-Madras said in the release. 

Friday, November 27, 2020

Tesla plans to produce electric car chargers in China


 Tesla Inc said on Thursday it planned to start making electric vehicle (EV) chargers in China in 2021, part of the U.S. carmaker's push to boost sales in the world's biggest car market.


Tesla, which now sells its Model 3 electric cars in China and plans to deliver its Model Y sport utility vehicles in 2021, plans to invest 42 million yuan ($6.4 million) in a new factory to make its third generation of quick chargers, known as the Supercharger V3, it said in a statement.

The factory will be near its car plant in Shanghai.

China, which offers hefty subsidies for electric vehicles as it seeks to cut down on pollution from petrol or diesel cars, has been expanding its nationwide network of charging points, one of the biggest challenges to encouraging adoption of EVs.

The factory, which Tesla expects to complete in the first quarter next year, will have capacity to make 10,000 chargers a year, Tesla said.

Tesla, which sold more than 13,000 vehicles in China in October, said it would expand research capabilities in Shanghai.

China now imports EV chargers, usually installed in charging stations or car parks, from the United States.

The Shanghai car factory, central to Tesla's global growth strategy, aims to produce 150,000 Model 3 sedans this year and has started exporting some vehicles to Europe.

Executives at Tesla said this year that the firm would expand its charging network to provide better service.


Wednesday, November 25, 2020

Tesla's electric charge towards half a billion mark: A complete timeline


 Market value of Tesla on Tuesday (US time) breached $500 billion in what is a stunning continuation of the EV-maker's rise. While Tesla has been the world's most valuable automaker for quite some time now - a massive achievement considering it has left traditional car giants like Toyota and Volkswagen eating dust, its charge to become the seventh most valuable company on Wall Street is both astounding and shows no signs of pausing. And Tesla CEO Elon Musk is powering his way to the bank too and recently surpassed Bill Gates to be the world's second richest person with only Amazon's Jeff Bezos ahead of him now.

The rise and rise of Tesla and Elon Musk is what dreams are made of. While critics, skeptics and doubters have, in the past, cast aspersions on how the EV maker functions, its style of doing business and its product and expansion plans, their numbers are increasingly becoming fewer. Jumping ship, many are now predicting Tesla to continue its march, even as the California-based company looks at ramping up production still further and possibly entering new markets including India.

Here's a timeline to chart the meteoric rise of Tesla over a little more than a decade since Musk took over as the CEO.

2008: Musk takes over as CEO of Tesla. Roadster EV was showcased for the first time this year as well in what was a statement of intent from the company about what it is capable of. Roadster was the first ever Tesla product to hit assembly lines.

2010: Tesla took the big and bold step of going public in June. The company also purchased land in Fremont in California which is now home to its main assembly line.

2012: Tesla Model S deliveries begin. Many feel it is the Model S EV that truly established Tesla as a formidable player in the EV space.

2013: Silencing doubters, Tesla reported its first quarterly profit in the month of May.

2015: Tesla rolls out Model X, its first electric SUV.

File photo of Tesla Model X.
File photo of Tesla Model X. (REUTERS)

2017: Tesla starts rolling out Model 3 units. In many ways, it is the comparatively affordable Model 3 that acts as a catalyst to propel Tesla forward. Here is an EV maker that previously has rather expensive and aspirational cars but now gave an option to more and more people to come aboard to experience what it had to offer.

2019: Tesla establishes its fist overseas assembly plant - in China's Shanghai. The facility becomes home to Model 3 for the massive local market and rockets Tesla's fortunes.

2019: Elon Musk unveils Cybertruck, an EV pick-up with the claimed performance capabilities of a sportscar. The EV's unconventional design receives mixed responses but it still manages to generate a whole lot of buzz.

File photo - The first batch of Tesla Cybertruck units are expected to be shipped in 2021.
File photo - The first batch of Tesla Cybertruck units are expected to be shipped in 2021. (Robert Hanashiro-USA TODAY via I)

2020: Tesla becomes the most valuable automaker in the US ever.

2020: Tesla becomes the world's most valuable automaker.

Musk has a maverick way of doing business, something that has often been called out for in the past. Tesla doesn't even indulge in marketing and yet its brand image and its product are widely recognized around the world - even in countries where it isn't present yet. As such, here is an EV maker that has changed the rules of how the game of making cars is played, compelling rivals to not just get up and take note but scuttle to emerge out of their own respective slumbers.

Tuesday, November 24, 2020

World’s longest drift in an electric vehicle! Porsche Taycan sets Guinness World Record


 A smooth drift is perhaps one of the coolest manoeuvres to pull off in a car and if you manage to do a long one, the spectators go wilder. But we’re not so sure if the enthusiasm would last for over 42 km. Porsche instructor Dennis Retera did 210 laps of a 200 m long drift circle in a Porsche Taycan. In a drift that lasted for 55 minutes, the sideways slide expert set a new Guinness World Record for the longest drift in an electric vehicle. The average speed was 45.6 km/h. The record was achieved with the rear-wheel-drive version of the Taycan, which is already on sale in China.

“When the driving stability programmes are switched off, a powerslide with the electric Porsche is extremely easy, especially of course with this model variant, which is driven exclusively via the rear wheels,” says Dennis Retera. “Sufficient power is always available. The low centre of gravity and the long-wheelbase ensure stability. The precise design of the chassis and steering allows for perfect control at all times, even when moving sideways.”

The attempt took place under the supervision of Guinness World Records official record judge Joanne Brent on the irrigated driving dynamics area of the PEC. Brent has been supervising record attempts of all kinds for Guinness World Records for over five years.

Porsche Taycan, the German manufacturer’s first electric car, also has other records to its name – a 24-hour endurance run over 3,425 km on the high-speed track in Nardò, the best time in its class of 7:42 minutes on the Nürburgring-Nordschleife, the 26 sprints from a standing start to 200 km/h at the airfield in Lahr.

Monday, November 23, 2020

General Motors to boost its electric vehicle spending, adds $7 bn more


 General Motors announced late last week that it would spend $27 billion on autonomous and wholly electric vehicles through 2025. This notes an increase of $7 billion from the Detroit automaker's initial announcement earlier in March 2020. This 35% increase from the earlier investment plan is sure to assist General Motors reach its lofty goal of releasing 30 new electronic vehicles by 2025.

The majority of General Motors’ new vehicles are set to feature the company’s latest Ultium batteries. These batteries are unique in the automobile industry due to its pouch-style cells being able to be stacked horizontally or vertically inside the battery pack. Engineers are thus able to optimise the layout and energy storage for each vehicle design.

With ranges of up to 450 miles, which goes even further than Tesla’s Model S Long Range Plus unveiled in June 2020 with a 402-mile range, General Motors’ numbers surrounding its electric future have improved in many regards. General Motors expects this level of efficiency to bring the price of its electric vehicles in-line with the company’s current gas-powered offerings by the middle of this decade.

Recently, BlackRock, the world’s largest investment manager, said that this year saw investors allocating more than twice as much money in its funds that invest in climate change. BlackRock’s CEO, Larry Fink, commented on whether and how companies approach social, governance, and environmental issues has become imperative for investors.

Saturday, November 21, 2020

Electric Vehicle Interest Surges 500% In UK On News Of 2030 Fossil Fuel Car Ban


2030 is a little more than 9 years away, but news of the UK’s plan to ban sales of new gas/diesel cars in 2030 has reportedly led to a surge in interest in electric vehicles (EVs). Practically speaking, there’s one decent reason for that, but the core reason is probably just increased awareness that electric vehicles are becoming mainstream and will eventually take over the market — something that is extremely old news to CleanTechnica readers but still largely unknown to the broader public. Helping the public to learn that the future (the medium-term future even) is electric leads to many more people thinking about their existence and viability right now.

Among other things, this just shows the power of strong country targets.

According to BuyaCar.co.uk, electric vehicle inquiries increased by 500% following the news of the stronger timeline. The website, which has more than 60,000 cars available for sale, saw searches for electric cars rise from about 300 a day to “1,679 in the 24 hours following Boris Johnson’s announcement.” They represented 6.5% of vehicle searches in the previous 30 days, and then 10.3% in the day following the announcement from UK Prime Minister Boris Johnson.



UK plugin vehicle sales rose above 12% in October (6.6% fully electric/BEV share), and was above 9% in the first 10 months of 2020 (5.5% BEV share). If a five-fold increase in EV interest translated to a five-fold increase in plugin vehicle sales, we’d see rocket grow to around 50% of the UK’s auto market! Of course, a search surge in 24 hours after a major national announcement does not mean sales will follow the same surge in interest. However, it’s a good sign — growth in consumer exploration of the superior technology should lead to an increase in sales.

Also noteworthy, being a used vehicle site, BuyaCar.co.uk does not see the interest in electric vehicles that the new car market sees. The company shares that not even 1% of its 2020 sales of used cars were full electrics.

Naturally, electric vehicles benefit from instant torque, a completely smooth & quiet powertrain, zero emissions, a simple powertrain that results in very low cost operation and much less maintenance, and the glamor of new tech.

One of the biggest advantages of a good electric car is that it holds its value well — something demonstrated over and over again, especially when it comes to Tesla models. As noted at the top, there is also a practical reason for a surge in interest following the 2030 ban announcement — gas and diesel cars could really see high depreciation as we get closer to 2030. If someone wanted to avoid being stuck with a used fossil fuel vehicle that had depreciated a great deal, resulting in a high total cost of ownership, it seems that it would be smart to go electric sooner rather than later.


BuyaCar.co.uk focused on the fact that the vast majority of buyers are still buying diesel and petrol cars, especially on the used market. While the crew there may think it’s for logical reasons, I would argue that it’s mostly due to cultural inertia, psychological inertia, and limited availability. All of those barriers can be overcome rather swiftly, especially considering the pace of change in the new-car market. The good news is that people seem to have an increasingly open mind about the new powertrain (which isn’t actually new, but that’s a story for another day). Even the BuyaCar.co.uk team seemed open minded about the transition, despite being probably less optimistic about the growth potential than you or I am.

“However, there is clearly a long road ahead for the government to ensure sufficient — and affordable — electric new cars, especially given that the overwhelming majority of motorists still aim for petrol or diesel,” BuyaCar.co.uk wrote. “Now, with searches for electric cars suddenly breaking through the 10% mark in the wake of news that all new car drivers will have to have one in 10 years, it will be interesting to see if this translates into increased sales.”

It will be interesting indeed.

2020 Fiat 500e - Totally Redesigned

To close out, aside from the many UK EV sales articles we’ve published, these are a dozen top stories about UK electric vehicles from just the past 4 months that I think are worth exploration:

  1. This Is Why Electric Car Sales Are Blowing Up In The UK
  2. MG On Track To +50% Plugin Vehicles In 2021
  3. Fiat & Kaluza Team Up For Greener & Cheaper Charging In UK
  4. Police Scotland Buys 180 Hyundai Kona Electrics
  5. Octopus Energy & Audi UK Offer ~5,000 Free Miles Of Charging & Free Wallbox
  6. Tesla Model 3 Wins UK AutoTrader’s New Car Of The Year Award, Is Reminiscent Of “When The iPhone First Came Out”
  7. Anti-Tesla Talking Point Crushed By UK Survey — Tesla Model 3 Is Reliability King
  8. Kids Get Parents To Buy Electric Cars
  9. Oil Giant Total Buys London’s Largest EV Charging Network
  10. You Can “Subscribe” To A Renault Zoe EV In UK — Onto Orders 1,100 More
  11. Electric Vehicles Cheaper Than Diesels For Uber Drivers In Many European Capitals
  12. Uber Working With Renault & Nissan To Electrify Transport In Europe

 


 

Ola Electric Scooter India Launch Likely By January 2021


 Ride-hailing major Ola is venturing into the electric scooter retailing with the first vehicle likely to launch soon. As per a report by PTI, Ola Electric is expected to launch its first electric scooter by January next year. This comes after the recent development of Ola looking to start manufacturing electric scooters in India. 

Ola-Etervo BV Tie Up These scooters will initially be manufactured at a facility in Netherlands and will be sold in Europe as well as India. For reference, in May this year, Ola announced the acquisition of Amsterdam-based Etergo BV for an undisclosed amount which bolstered its design and engineering capabilities. 

 As of now, there has been no official word from Ola regarding the current development. Developed as an all-electric state-of-the-art App scooter, Etergo BV uses swappable high energy density batteries to deliver a range of up to 240 Km. The company has had developmental experiences with leading automotive brands such as Tesla, General Motors, BMW, Jaguar and Ferrari in the past. 

 The new Ola Electric Scooter is expected to be priced competitively against its fossil fuelled counterparts and the brand is looking to tap into majority of 20 million units of the Indian two-wheeler market. Some sources convey that Ola intends to sell at least a million e-scooters in India in its first year. 


Ola Electric Scooters Made in India Etergo electric scooter Ola’s Future EV Plans Ola is currently in talks with various state governments to set up an electric scooter manufacturing facility in India. This facility is slated to be the largest two-wheeler manufacturing facility in the country with an annual production capacity of 2 million units.

 This move to manufacture and retail electric scooters might pitch the SoftBank-backed brand as a worthy business opponent to Ather Energy, Hero Electric, Okinawa, Bajaj Auto and others which offer e-scooters in India. Plus it seems the right time for companies to venture into a business that has been extensively promoted by Central and several state governments by offering lucrative incentives. 

 Future holds bright prospects electric vehicles (EV) in India and Ola might want to utilize this opportunity to expand its avenues. The shared mobility industry took a huge hit this year after the outbreak of novel coronavirus which shrunk the business. In the near future as well, people will prefer owning a vehicle rather than sharing mobility. Hence, it is imperative for Ola to venture into some other business that might return some great numbers. 

 As per our previous report, production for electric scooters in India is targeted to commence in the next 18 months by Ola. The manufacturing site is expected to adopt Industry 4.0 philosophy and will use solar power and will have test tracks. 

Friday, November 20, 2020

General Motors’ electric vehicle plan just got bigger, bolder, and more expensive


 General Motors announced Thursday that it was dumping more money into its electrification plans and would also be accelerating its production to release more electric vehicles sooner than expected.

Speaking at a conference hosted by the British bank Barclays, GM CEO Mary Barra said the company would spend $27 billion on electric and autonomous vehicles through 2025 — up from the $20 billion it announced before the COVID-19 pandemic. Also by 2025, GM will launch 30 new electric vehicles around the world, more than two-thirds of which will be available in North America. The vehicles will span GM’s entire brand portfolio, including Cadillac, Buick, GMC, and Chevrolet, and will come in a range of prices.

Previously, the company said it would release 20 new EVs by 2023, though most of those were expected to launch in China, where demand for electric vehicles is much higher thanks to strict emissions rules.

GM has unveiled two new EVs in the last few months: the Cadillac Lyriq SUV, expected to go into production in late 2022, and the GMC Hummer EV, slated for late 2021. But the auto giant has been criticized for bringing vehicles to market too late, while other automakers are racing to get their EVs to customers much sooner.

“Climate change is real, and we want to be part of the solution by putting everyone in an electric vehicle,” Barra said in a statement. “We are transitioning to an all-electric portfolio from a position of strength and we’re focused on growth. We can accelerate our EV plans because we are rapidly building a competitive advantage in batteries, software, vehicle integration, manufacturing and customer experience.”

The news is meant to convince those investors on Wall Street who have been jittery about GM’s ability to catch up to Tesla, which has been the only automaker to successfully build an EV business over the last few years. Meanwhile, legacy automakers are stepping up their own EV plans, with Ford expecting to begin delivering its Mustang Mach-E SUV to customers by the end of the year and Volkswagen going into production on its electric ID 4 SUV early next year.

GM also said it was bolstering its estimates about its scalable Ultium battery architecture thanks to “engineering advances.” The automaker now says it anticipates getting 450 miles of range out of its Ultium batteries on a full charge, up from the previous estimated range of 400 miles.

The company said it was already working on the second-generation version of Ultium, which is projected to deliver “twice the energy density at less than half the cost of today’s chemistry.” GM said that this next-gen version of Ultium will cost “60 percent less” than batteries in use today. The company is prototype testing this next-generation battery technology, which is expected to be available mid-decade. 

Wednesday, November 18, 2020

Electric car batteries: the fact



Hailed as a route to a green, carbon-free future, electric car batteries have the world's superpowers vying for a share of what promises to be a lucrative market. 

But lithium-ion batteries are not without their environmental and ethical drawbacks -- here's what you need to know about the fast-developing technology.

- Driven by lithium - Electric vehicles, or EVs, have an electric motor rather than an internal combustion engine. They may be powered by fuel cells that generate electricity from hydrogen or a lithium-ion rechargeable battery pack.

Each cell in the battery pack contains a positive electrode, usually containing lithium and cobalt, and a negative electrode containing graphite.

As atoms move between the cell's electrodes they create power which drives the motor.

Electric vehicles create little noise, no pollution where they are used, and require less maintenance as they have far fewer moving parts than internal combustion cars.

- Europe's battery roadmap - The electric vehicle market is accelerating fast as consumers look for greener alternatives to petrol and diesel, and the European Commission predicts the number of EVs on the road will rise ten-fold to 200 million by 2028.

Batteries make up about 40 percent of the value of an electric car, and China currently controls two-thirds of worldwide cell manufacturing.

But the EU hopes to increase its share from the current three percent to 25 percent by 2028.

Last year the bloc approved 3.2 billion euros of state subsidies from France, Germany, Finland, Sweden, Italy, Belgium and Poland to stimulate a European battery industry and meet homegrown demand.

So far plans for a number of giant European "gigafactories" have been unveiled, including a colossal Tesla plant in Germany and a $1bn facility in Sweden part-funded by Volkswagen.

- A green illusion? - Unlike petrol or diesel vehicles, electric cars do not spew out emissions as they move about.

But the batteries come with their own share of green shortcomings, in the first instance because charging the batteries requires electricity which may be created by coal-fired or nuclear power stations.

Mining the battery chemicals also has a significant environmental impact, which can cause toxic substances to leak into waterways.

The batteries have a human cost too -- over half of the world's cobalt, a key battery ingredient, currently comes from mines in the Democratic Republic of Congo, where organisations such as Amnesty have documented rights abuses and the use of child labour.

Meanwhile battery recycling opportunities are still limited and some industry watchers warn that global supplies of cobalt are already running low and won't stretch to meet future demand.

- A long road ahead - Battery technology still has room for development -- the cells take a long time to charge, are expensive to produce and the distance you can drive in one go is limited.

But this September Tesla announced advances that it said will allow it to slashing battery manufacturing costs to speed a global shift to renewable energy, and could have a $25,000 self-driving model available in around three years.

Meanwhile US maker GM unveiled its plans for fast-charging Ultium batteries in March, with a range of up to 400 miles (645 kilometers).

While battery electric vehicles have dominated in recent years, there has recently been renewed interest in fuel cells. These convert hydrogen into electricity, emitting nothing but water vapour. They offer longer range and are fast to refuel, but like battery electric vehicles are currently expensive to produce and would require huge investments in developing refueling infrastructure. 

Tuesday, November 17, 2020

Germany to extend electric car subsidies to 2025: Sources


Germany will extend its enviromental subsidy for electric cars until 2025, government and auto industry sources told Reuters on Monday, a day ahead of a German auto industry summit in Berlin.

In June, Germany doubled incentives for electric cars, which comprised of a 3,000 euro bonus for electric and a 2,250 bonus for hybrids costing below 40,000 euros.

The increased bonus will now be extended beyond 2021, but lowered in two steps until 2025, the sources said. The extra bonus for hybrids could be scrapped altogether from 2022.

For customers, the government environmental bonus can be topped up with a 3,000 euros manufacturer stipend.

Germany's economics ministry declined to comment on the details but a spokeswoman said Economics Minister Peter Altmaier had advocated extending the subsidies.

A scrappage scheme for older diesel trucks will also likely be approved, at the automotive summit in Berlin, the sources said.

Electric cars made up 1.8% of new passenger car registrations in Germany in 2019. 

Monday, November 16, 2020

UK regions compete to host 'gigafactory' for electric car batteries


 The West Midlands, south Wales and the north-east of England are among the regions vying to host the UK’s first “gigafactory” making electric car batteries, as the government edges towards a commitment to the key technology.

The UK has said it will spend as much as £1bn on an automotive transformation fund, but is yet to detail what will happen with the bulk of that money.

Gigafactories are expected to take a central role in the country’s effort to retool the economy for a fossil fuel-free world. But industry is growing impatient for a commitment from the government, even as it prepares to formally announce a ban on new internal combustion engine cars after 2030.

The prime minister, Boris Johnson, is expected to address the automotive sector with a 10-point plan on green industry as soon as this week. A gigafactory announcement could form part of Chancellor Rishi Sunak’s spending review on 25 November.

Discussions are taking place with at least two serious potential investors. Someone with knowledge of the talks said one option under consideration was a joint venture that could include European and British companies.

Companies have submitted multiple proposals for a gigafactory, which would take a central role as the UK moves away from fossil fuels, but several sources said private investors will not commit until government support had been confirmed.

Carmakers in the UK such as Jaguar Land Rover, Nissan and BMW are under intense regulatory pressure to swap internal combustion engines that emit carbon dioxide for electric vehicles with zero exhaust emissions.

However, the industry fears that a reliance on battery cell suppliers from China, South Korea and Japan could mean automotive employment in the UK shrinks as petrol and diesel engine production winds down.

A business department spokeswoman said the government “is committed to securing investment in gigafactories in the UK” and that the industry needs “a robust battery supply chain to realise our ambitions of making the electric vehicles of the future here in the UK”.

Julian Hetherington, director of automotive transformation at the Advanced Propulsion Centre (APC), the body in charge of disbursing UK government investment in the sector, said he was “very optimistic,” about the prospects for securing investments soon because of the strength of expected demand as more carmakers go electric.

“You’ve got to look at the demand picture,” he said. “People will make commitments when they’re certain they’ll have offtake [of batteries].”

The APC has previously forecasted that the UK industry will need batteries with a capacity of 60 gigawatt hours (GWh) a year, implying the need for four gigafactories (generally considered to be plants capable of 15 GWh per year).

That is now “significantly higher”, Hetherington said, in part because of the prospect of a ban on the sale of vehicles with internal combustion engines as early as 2030 and more aggressive electrification plans such as Bentley’s decision to stop selling fossil fuel-powered cars by 2030.

The UK has been in the running for previous investment. Elon Musk, the boss of US electric car pioneer Tesla, considered the UK for his first European gigafactory. However, he eventually chose a site near Berlin in part because of concerns over Brexit.

Only one company has so far publicly revealed its plans to build new battery production in Britain: a startup called Britishvolt. It has selected a site in south Wales for its proposed plant, after receiving backing from the Welsh government, and is also looking at a location in the north of England.

Britishvolt has been in contact with every car manufacturer in the UK about supplying them, according to its chief executive, Orral Nadjari. However, its plans rely on a successful stock market listing in the first three months of 2021 in order to start raising as much as £1.2bn.

A new gigafactory commitment would be a major boost to the UK automotive sector as it faces the twin perils of tariffs in a no-deal Brexit and the potentially prolonged economic fallout from the coronavirus pandemic.

However, there is furious lobbying over where investment will go. The UK’s largest carmaker, Jaguar Land Rover, is thought to heavily favour the West Midlands as it is near its Castle Bromwich plant, the planned site of new electric car production. JLR declined to comment.

Andy Street, the mayor of the West Midlands combined authority, said a gigafactory would further strengthen the country’s main automotive cluster.

“I absolutely reject the argument that you spread around the assets in an individual sector,” he said. “The UK has got to get the idea that it leads with its best hand. I feel very strongly that this is going to be a technology that a country that is strong in advanced manufacturing has got to have world-class capability.”

Jack Dromey, the Labour MP for Birmingham Erdington, said the UK could not afford to fall behind continental Europe, where 16 gigafactories are either in construction or advanced planning stages.

“The government has delayed too long in committing to build in Britain,” he said. “They should find in favour of the West Midlands because in the heart of England they have the heart of the automotive industry.”

Sunday, November 15, 2020

Fiat lays more groundwork for getting into the electric-car game


 Fiat Chrysler Automobiles NV, one of the carmakers that was slowest to embrace electrification, is signaling it’s serious about making a shift.

The automaker announced plans Thursday to form a joint venture with the Italian energy-storage unit of French utility giant Engie SA. The two will offer a suite of products for plugging in at home and flat-rate subscriptions for using public chargers.

The venture is the latest indication Fiat Chrysler has changed its tune on EVs after years of doubting their ability to catch on with consumers. The company plans to complete a merger early next year with Peugeot maker PSA Group, which has been relatively bullish about battery-powered cars.

“This deal is another asset that Fiat Chrysler will have to bring a dowry to Stellantis," said Pietro Gorlier, chief operating officer of the carmaker’s European operations, referring to the group Fiat will form with PSA.

Fiat expects there to be about 15 million electric and plug-in hybrid cars on Europe’s roads in 2025, Gorlier said. The company’s Italian unit will own 50.1% of the venture with Engie EPS, which will own the rest.

Engie EPS, which has been advised by Lazard Ltd., expects about 5.5 billion euros ($6.5 billion) in annual spending on energy for transportation by the middle of the decade, Chief Executive Officer Carlalberto Guglielminotti said on a call with Gorlier.

This story has been published from a wire agency feed without modifications to the text.

Friday, November 13, 2020

Ford May Build Batteries to Power Coming Wave of Electric Models


 Ford Motor Co. is considering building the batteries to power a fleet of new electric vehicles as it prepares to cut back production of engines for its traditional gasoline-powered models. “Electric vehicles have 40% less parts and that means they’re a lot easier to put together,” Chief Executive Officer Jim Farley said Friday at Reuters Automotive Summit. “What are we going to do about the job? In our case, this requires a really active discussion with our union partners and one of the obvious choices is going into cell production.” Building battery cells is a costly and complicated endeavor, requiring billions in investment and learning new manufacturing techniques such as using antiseptic clean rooms, Farley said. The automaker already is investing $11.5 billion to electrify its lineup. But as it brings out an electric Mustang Mach-E, E-Transit van and battery-powered F-150 pickup over the next two years, it may not have enough cell supplies from outside vendors. The company plans to use a battery made by South Korea’s SK Innovation Co. for a planned all-electric version of its F-150 pickup.

Most automakers rely on outside suppliers for batteries, which are the most expensive component in electric vehicles. Tesla Inc. has a longstanding partnership with Japan’s Panasonic Corp. and has plans to make its own cells. General Motors Co. has a venture with LG Chem Ltd. of South Korea to supply its next generation of EVs.

“We think they’ll be pretty good volume,” Farley said “And what we’re finding is there’s not a lot of capacity flexibility if you buy your batteries from someone else.” Farley sees industry wide sales of electric vehicles ramping up over the next five years, which is why it’s a good time to consider building batteries in-house. “There’s a lot of other reasons beyond cost to make a move,” he said. “It’s the right time to discuss it. If we discussed it a year ago or two years ago, it would have been too early. If we discuss it in five years, it would be too late.”

Most automakers rely on outside suppliers for batteries, which are the most expensive component in electric vehicles. Tesla Inc. has a longstanding partnership with Japan’s Panasonic Corp. and has plans to make its own cells. General Motors Co. has a venture with LG Chem Ltd. of South Korea to supply its next generation of EVs. “We think they’ll be pretty good volume,” Farley said “And what we’

Read more at: https://www.bloombergquint.com/business/ford-may-build-batteries-to-power-coming-wave-of-electric-models
Copyright © BloombergQuint
Most automakers rely on outside suppliers for batteries, which are the most expensive component in electric vehicles. Tesla Inc. has a longstanding partnership with Japan’s Panasonic Corp. and has plans to make its own cells. General Motors Co. has a venture with LG Chem Ltd. of South Korea to supply its next generation of EVs.

Read more at: https://www.bloombergquint.com/business/ford-may-build-batteries-to-power-coming-wave-of-electric-models
Copyright © BloombergQuint
Most automakers rely on outside suppliers for batteries, which are the most expensive component in electric vehicles. Tesla Inc. has a longstanding partnership with Japan’s Panasonic Corp. and has plans to make its own cells. General Motors Co. has a venture with LG Chem Ltd. of South Korea to supply its next generation of EVs. “We think they’ll be pretty good volume,” Farley said “And what we’

Read more at: https://www.bloombergquint.com/business/ford-may-build-batteries-to-power-coming-wave-of-electric-models
Copyright © BloombergQuint

Wednesday, November 11, 2020

South Australia's new tax on electric vehicles ridiculed as 'a big tax on not polluting'

 

South Australia’s controversial new electric vehicle charge has been labelled “a big tax on not polluting” by policy analysts and the EV industry.

It comes as MG launches the lowest price electric vehicle on the market in Australia yet – a $40,000 SUV crossover – that is about $10,000 cheaper than its nearest rival, the Nissan Leaf.

Noah Schultz-Byard, South Australian director at the Australia Institute, said the decision in South Australia – the first in the nation to introduce such a charge – would only made it harder for people to go electric just as it was getting easier.

“Putting a tax on a car because it doesn’t produce any pollution is ridiculous. It’s like saying someone who gives up smoking no longer pays the tobacco excise, so they need to pay a penalty for having given up,” Schultz-Byard said.

“People can make arguments for or against, but now is not the time when the upfront cost of an EV is still higher than a petrol car. Right now the cost of batteries that go into electric vehicles has been dropping steadily and is expected to drop in the years to come.

“Slapping a tax on that will only raise the barrier back up. This might scare a lot of people away from buying an electric vehicle, which is the opposite of what we want.”

The move was announced in the state budget where treasurer Rob Lucas explained the decision by saying it would make road use more equal.

Lucas wouldn’t be drawn on the size of the charge but did say it was expected to raise $1m a year starting in July 2021 and that it would include both an upfront cost and an additional charge on distance travelled.

Dr Jake Whitehead, a research fellow with the University of Queensland, said this didn’t stack up as money generated from road taxes is split between state and federal governments.

Less than half this money is then spent on road transport projects, while the rest goes to general revenue.

“Basically, what they’re saying [to EV owners] is you should continue to pay stamp duty, registration and we’re going to throw in an extra tax. Basic economics is that you make the price higher, you decrease demand,” Whitehead said.

“What we’re seeing is that EVs are being a scapegoat for falling fuel excise taxes, when the excise declines are actually because of more hybrid and fuel-efficient cars being introduced.

“The expected outcome from my perspective, is that you’ll put a tax on EVs, that will be a disincentive [to buy] EVs, those buyers will then buy hybrid or fuel-efficient vehicles and that will exacerbate the issue with fuel excise. That’ll only make the issue larger.”

Behyad Jafari, chair of the Electric Vehicle Council, said his worry is that South Australia will set a precedent that will lock in bad policy across the country.

“Automotive companies simply won’t bring EVs to our market,” Jafari said. “South Australia has one of the lowest uptakes of EVs in the world and to now become the world’s first countries to provide a net tax or net disincentive is the wrong move.”

The decision came as a surprise given the state’s recent good work in the area.

South Australia has committed $18m to build nearly 200 new vehicle charging stations and only announced last week it would be transitioning the government fleet to electric. Energy minister Dan van Holst Pellekaan said the change would begin immediately and was expected to be completed by 2035.

Jafari described the decision to impose the new tax as “maddening”.

“South Australia has a net zero emissions target for 2050 and is aiming to halve their emissions by 2030. Most of their emissions comes from the transport sector,” he said.

“They were on track before but just by putting a tax on EVs like this, their target is window dressing.”

Tuesday, November 10, 2020

“First in world:” South Australia to impose road user tax on electric vehicles


 Just a week after unveiling an electric vehicle transition plan for its government fleet and more charging infrastructure, the South Australia Liberal government has shocked the EV sector by announing a road user charge will be imposed on electric vehicles in 2021.

The news came in the South Australia state budget delivered by Treasurer Rob Lucas on Tuesday, and it means the state will become the first in Australia to impose such charges, and the only jurisdiction on the planet – according to EV advocates – to impose such penalties on EV owners.

The scale of the new charge has not been decided but it will comprise a fixed component (similar to current registration charging) and a variable charge based on distance travelled. It will apply to plug in vehicles – both full battery and plug in hybrids  – but not standard hybrid cars, even those with very low consumption.

The measure will raise around $1 million in the first year, but given there are probably little more than 2,000 EVs in the state (there were 412 EV sales in the state in 2019), that translates into a tax of nearly $500 per vehicle in its first year.

“Someone needs to take the lead,” Lucas said in comments reported by the AFR. “Now’s the time to bite the bullet and introduce reform. There’s great logic to it.”

Various infrastructure lobby groups and the incumbent car industry have lobbied for road user taxes, arguing that EVs dodge their responisbility to rovide funding for roads because they don’t pay fuel excise, because they don’t burn any fuel.

A NSW government panel has canvassed a similar charge, but Electric Vehicle Council CEO Behyad Jafari described that proposal as a “dud” and said it would put Australia at odds with the rest of the developed world, and would be foolish when the country lags the rest of the world in the uptake of EVs.

Jafari was similarly damming of t the the South Australian government move.

“If the revenue from fuel excise is falling because South Australians are burning less foreign oil, that should be considered a blessing,” he said. Overall it’s good for air quality, it’s good for the health budget, it’s good for carbon emissions, and it’s great for economic sovereignty. The last thing any sane government would do is try to hit the brakes on this trend.

Jafari said a recent analysis by EY showed that every driver who switches to an electric vehicle delivers a $1370 boost to government coffers, and a $8,763 boost to the Australian economy.

“It’s like responding to a drop in the tobacco tax take by slamming a new excise on nicotine gum.

“South Australia can’t hit their net zero targets with this kind of policy approach. The state is currently at less than one per cent electric vehicle uptake and now they want to introduce the world’s first EV tax.

Most of the revenue that goes into fuel excise is not spent on roads and goes to general tax revenue, and EVs pay more than their fair share of that because of the higher cost of the cars, meaning more GST, more stamp duty, and often more luxury tax is paid.

The EV industry accepts that road user charges are acceptable at some time, but only if applied evenly to all vehicles. Under the South Australia rule, hybrid cars with very low consumption dodge both the road tax and the bulk of fuel excise costs.

The EV industry also argues that it is absurd that at a time when most other countries are introducing incentives to encourage EV uptake, and lower the cost of EVs, that in Australia the push should be in the opposite direction.

The South Australia government has not revealed how the new charges will be imposed, and only expect to raise about $1 million a year from the move. Lucas justifies this by saying last week’s EV policy will cost $18 million and this charge will help pay for it.

“Someone has to pay for the road maintenance and upgrades and it should be the people using the roads,” he said in the comments reported by the AFR, adding that the pandemic provided an opportunity for ”sensible” tax reform.

Note” California is also considering a road user charge, but is looking to apply it to all vehicles, and as a replacement for the current fuel tax, not just on EVs. The fuel tax in California currently raises about $US250 a vehicle, and the state has generous incentives to purchase EVs

Monday, November 9, 2020

MG ZS EV is Australia’s cheapest electric car

 Electric cars are now more affordable than ever in Australia.

Chinese car maker MG has announced the new MG ZS EV will be priced at $43,990 drive-away.

This is actually cheaper than the $46,490 charged for pre-orders earlier this year. MG has said they will refund the difference to those customers and give them an extra bonus.

At the updated price the compact electric SUV severely undercuts other lower-priced electric vehicles such as the circa-$53,000 Hyundai Ioniq sedan and Nissan Leaf hatchback.

The MG ZS EV is priced at $43,990 drive-away.

The MG ZS EV is priced at $43,990 drive-away.Source:Supplied

If that seems like a bargain, bear in mind it is about $15,000 more expensive than the most expensive petrol-powered ZS model.

1

Tested China's newest SUV

Sales of Chinese brand MG have skyrocketed this year, and this might be its best car yet.MG guarantees the battery for eight years/160,000km, but the rest of the car is covered by a five-year/unlimited km warranty, which is two years shorter than the rest of the brand’s range.

Power comes from a 44.5kW battery and an electric motor making 105kW and 353Nm.

MG claims a driving range of 263km via the more stringent and real-world WLTP testing regime.

The battery can be replenished up to 80 per cent from empty in 40 minutes via a 50kWh DC charger. A 7kWh AC home charger will take about seven hours.

The compact SUV has a claimed range of up to 263km.

The compact SUV has a claimed range of up to 263km.Source:Supplied

MG plans to sell about 3000 ZS EVs in Australia during 2021 as the company strives to increase the technology’s acceptance.

MG Australia boss, Peter Ciao, said, “We are making a commitment that each electric vehicle sold by MG locally will offer value that encourages mainstream adoption. MG wants to make zero-emission motoring add up for the first time for customers locally. An attainable electric vehicle is the first step in creating demand in the market which will lead to better infrastructure, something that MG Motor is a proud champion of.”

MG Australia expects to sell about 3000 in 2021.

MG Australia expects to sell about 3000 in 2021.Source:Supplied

The ZS EV isn’t just about environmental credentials, it is also packed with safety and luxury features.

Families will appreciate the extensive safety suite, which includes auto emergency braking, lane departure warning, blind-spot detection, rear cross-traffic alert, radar cruise control and reversing camera with parking sensors.

There is plenty of active safety aids.

There is plenty of active safety aids.Source:Supplied

Connectivity is taken care of via an eight-inch touchscreen that is compatible with Apple CarPlay and Android Auto.

The interior is well equipped.

The interior is well equipped.Source:Supplied

A massive panoramic sunroof covering 90 per cent of the car’s roof adds a touch of luxury, as do faux leather seats and interior trim with contrast stitching, along with chrome highlights throughout the cabin.

The MG ZS EV is now officially on sale in Australia and will be available for test drives towards the end of November at every MG dealership.

Foxconn hitches bumpy ride with electric vehicles


 Foxconn is hitching a bumpy ride with electric vehicles. The $39 billion iPhone-assembler, formally known as Hon Hai Precision Industry , wants to diversify by supplying parts for 10% of the world's green cars by 2027. It's an ambitious and risky goal, but the Taiwanese technology giant's electronics expertise and deep pockets put it in a strong starting position.


A recent emphasis on autos is Foxconn's latest attempt to reduce dependence on Apple, which accounts for about half its revenue. Broadly speaking, contract-manufacturing for electronics is a low-value business: Foxconn's net profit margin has been shrinking for years, to nearly 2%. Moreover, the situation has become more precarious as rivals such as China's Luxshare vie for Apple's attention.

In a presentation last month, Foxconn's chief technology officer unveiled a plan to be the "Android of EVs", referring to Google's mobile operating software that runs the majority of the world's handsets.

The idea would be for billionaire Terry Gou's company to provide fundamental designs for carmakers, from batteries to the chassis, as well as technology that can connect vehicles and apps with one another. That looks a stretch, though: Samsung Electronics and others have long tried and failed to make the leap into software.

Still, Foxconn can play to its manufacturing prowess. Churning out auto parts, like touch screens, plays to its strengths. Existing facilities can easily be reconfigured for little extra cost, according to analysts at Taiwan's KGI. Over the longer term, the company may even be able to pivot to higher-value components, including batteries.

For now, a strong balance sheet with $6.7 billion of net cash means experiments and expansion are affordable. Profitability might improve too: Aptiv, which provides electronics and components for connected cars, generates a net margin almost triple Foxconn's.

And while it is notoriously difficult to break into the "Tier 1" of suppliers that sell directly to carmakers, Foxconn is making inroads. It is working with Fiat Chrysler and Taiwan's local leader Yulon Motor, as well as selling small parts to U.S. and European manufacturers. Foxconn's electric vehicles push should pick up speed soon.