Electric cars are clean, but can they be profitable? New report casts doubt

Volkswagen MEB platform architecture
A flood of new electric-car models is washing into the market in the next year as automakers scramble to meet regulatory demands for electric cars around the world—not to mention scrambling to compete with Tesla.

The challenge, as with Tesla, is whether they can sell those cars at a profit.

A new report by AlixPartners, a worldwide business consulting firm, shows the transition to electric cars is coming at a steep cost to automakers.

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The company pegs the cost of building new electric cars at almost $9,000 more than conventional cars, and plug-in hybrids at an additional $5,700.

Worldwide, the report says, established and startup automakers are spending $255 billion to develop more than 200 new electric models that are expected to hit the market by 2022.

Many of these will be low-volume models that will not make a significant dent in the development costs for new powertrains, the report says.

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Further, the number of new models is likely to exceed customer demand, the report says, meaning that intense competition among these new electric cars may force automakers to sell them at a discount. This hit to automaker profits could be exacerbated by ride-sharing and autonomous car fleets, which would buy cars at fleet prices.

As if to confirm the report, BMW cheif executive Bernhard Kuhnt told Bloomberg Friday, “Tesla is now ramping up their volumes, and it’s putting pressure on that market segment.”

At the same time, the study notes, the overall car market in the U.S. is beginning a cyclical downturn from its record sales of 17.2 million new cars and trucks in 2017.

That's not to say the study expects electric cars to be unsuccessful. AlixPartners forecasts that by 2030, electric cars will make up 20 percent of the U.S. market, 30 percent of European car sales, and 35 percent of car sales in China.

2020 Mercedes-Benz EQC

In a consumer survey conducted as part of the study, AlixPartners found that 22.5 percent of Americans say they plan for their next car purchase to have plug-in capability.

A Reuters report on the study notes that auto executives generally concur that the transition to electric cars will be expensive, and that R&D and development costs for electrics may not be paid off any time soon. “What everyone needs to realize is that clean mobility is like organic food—it’s more expensive,” Carlos Tavares, chief executive of Peugeot, Citroen, and Opel manufacturer PSA told Reuters.

Last month, BMW warned investors that investments in electric-car development and meeting cleaner emissions rules would erode profits. Volkswagen and Mercedes-Benz also each warned separately that developing electric cars will cost more than they initially budgeted.

So far tax incentives from many governments, such as the U.S. federal $7,500 tax credit, are designed to offset these higher costs. As automakers begin to sell millions of electric cars, however, these tax incentives may become unsustainable.

READ MORE: 2020 Mercedes-Benz EQC specs revealed (Updated)

The hope is that by then battery prices will equal the cost of internal combustion powertrains, but that's not guaranteed. Batteries currently account for 40 percent of the cost of building an electric car, Reuters reports.

AlixPartners reports that commodity costs are up 70 percent the last year compared with 2015, at $884 per car, a six-year high.

“Industry players are sort of caught between a rock and a hard place,” said Shiv Shivaraman, co-head of AlixPartners' American automotive and industrial practice. “If they don’t participate in some way in the ‘new-mobility’ revolution that’s coming, they stand to lose out on what might be the biggest thing ever in this industry. If they do participate, as so many are, they have the chance of benefiting from first-mover advantages, but they also face the possibility of going broke in the process.”

One size won’t fit all for future Kia EVs

2019 Kia Niro EV
For an automaker that’s pitching itself toward the fun side of the Hyundai Motor Group, the tone for the automaker’s sizable electric push soon sounds altogether like pants.

“It’s all about what fits,” said Michael Winkler, director of powertrains for Kia in Europe.

By the end of next year, Kia will offer in the U.S. all-electric versions of both the boxy Soul and the hatchback Niro.

Neither have been officially confirmed by the automaker: the next-gen Soul is still in development, and the Niro EV just made its debut for Europe with no word for a version in the U.S. Confirmation of both for buyers in the U.S. is just a formality.

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The specs for the Niro EV are all but set for the U.S.: 64-kwh battery, 201 horsepower, more than 240 miles of range—if not more. Although what the Niro rides atop is shared with the Hyundai Ioniq Electric, it borrows most of its powertrain components, including battery and motor, from the Kona Electric crossover.

When the Soul EV arrives, it’s likely to share its fundamental layout with the Kona Electric, although its powertrain configuration is less clear.

2020 Kia Niro EV, 2018 Paris auto show

It’s unlikely to get the same 64-kwh battery as the Niro EV, and instead may receive a 39-kwh battery from the European and Korean version of the Niro. If the Soul EV is a funky, urban green car, the Niro EV will be the big, electric family car.

Kia seems content to offer two electric vehicles in their portfolio—at least two—that fit different sizes.

The Niro EV and Ioniq Electric are related, both built on the same corporate platform, and the Ioniq’s paltry 124-mile range could be collaterally improved by the mere existence of the Niro EV. (The Ioniq’s pack is merely 29 kwh and upgrades to the 39-kwh pack, at the very least, does seem like a natural fit.)

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Kia hasn’t yet developed its own electric powertrain separate from Hyundai, and it’s unlikely that the two automakers will keep anything from each other anytime soon. Batteries, which are sourced from LG Chem, likely will be shared between the two makes, and the models share similar drive motors.

For now, engineers consider electrified vehicles to be one line of a multifaceted approach to propulsion. Gas, diesel, 48-volt mild hybrid, hybrid, plug-in hybrid, EV, and fuel-cell powertrains are all on Kia’s menu around the world.

“It’s just a question of where the products will go,” said Winkler.

EV sales percentages are single-digit for nearly all markets. In the U.S. it’s around 1 percent and in France it’s just about 2 percent—although there are anomalies such as Norway, where EV sales add up to more than a third of the new-car market. Friendly regulations toward electrified powertrains (and unfriendly policies for diesel) may vault EV demand in the short term to keep Kia scrambling to satisfy the rush.

2018 Kia Niro Plug-in Hybrid

Winkel is eager to temper that kind of enthusiasm with the reality that EVs may not be suited for every application. Internal combustion may be a better fit for bigger vehicles meant to go long distances for now. EVs may be best suited for city dwellers with sufficient access to charging stations, plug-in hybrids if they don’t. Diesel still figures heavily into the plans for now, although not in the U.S.

Europe and America seem ripe for multiple electric models from the same automaker, and it seems fairly certain to predict a rising demand.

“All I know about forecasting is, it will be wrong,” Winkler said.

Chinese automaker Borgward built gasoline vehicles in order to sell EVs in America

2019 Borgward BX6
Borgward is unorthodox even among the rapidly evolving cast of 21st-century automakers. It’s a Chinese company, with German heritage, that now wants to bring electric cars to the U.S.

Already in the gas-powered SUV market in China, it has sold more than 100,000 units over the past two years, Now Borgward is eyeing a 2020 or 2021 debut in the U.S. with its next-generation EVs.

Last month, Borgward announced at an artificial intelligence conference in San Francisco that it would open its U.S. headquarters and R&D center in Sunnyvale, California; it also outlined some of its AI safety tech for autonomous vehicles.

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President and CEO Jason Yang, speaking to Green Car Reports there, said that his company's strategy of selling gas vehicles before introducing EVs is different than what other new Chinese automakers like Byton and Nio are doing, because it has to be.

“We think EV business is not a profitable business in the short run, and every company needs to survive,” Yang said. “We can't just be burning cash.”

2016 Borgward BX7

Focusing only on electric vehicles would result in just that sort of financial waste, Yang said, but by building gas SUVs first, Borgward can make money as well as share parts and manufacturing facilities between the gasoline and electric models. As proof that his way of thinking is right, he pointed to Tesla.

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“I think Elon Musk is a superhero,” he said, calling Musk “a lucky man” for his ability to be so personally tied-in with Tesla’s finances. “Not everyone can be so lucky, so we have to be realistic.”

Part of that realism will show in Borgward's AI platform, which Zhou Xing, Borgward's director of artificial intelligence for autonomous driving, said will be tested with supervised AI learning and repeating virtual tests tens of billions of times.

Yang said that Borgward's in-house AI strategy is better than what major automakers are coming up with. “All of our intelligent technology was designed by ourselves, not a Tier 1 supplier,” Yang said. “So we have our own IP, and we can modify and improve the intelligence system faster than the big automakers.”

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Today, depending on how you look at it, Borgward embodies either much of what its original namesake stood for or very little of it. Originally started by Carl Borgward in Germany in 1919, the company’s products offered a successful combination of style and affordability. The fun ended in 1961, when the company went bankrupt and remained a quiet bit of automotive history—until Carl's grandson Christian set out to revive the brand in 2005.

1957 Borgward Isabella Coupe

In 2008, Chinese investors became involved, and the brand was officially relaunched in 2015, with its first vehicle—the BX7 gas-powered SUV—coming to market in 2016.

Since then, Borgward has sold over 100,000 SUVs, including both gasoline models and the all-electric BXi7. In 2019 in China, Borgward will launch the BXi5 and the BXi6, two new all-electric SUVs that are smaller than the BXi7. Plans for the next few years call for a BX7 plug-in hybrid and a long-wheelbase EV called the BXi3L, alongside BXi3 and BX5 plug-in-hybrid concepts still on the drawing board for 2020.

Renault plans Europe’s largest battery storage network

Renault utility storage network to deploy used electric car batteries in France and Germany
European electric-carmaker Renault plans to build the continent's largest stationary battery storage network next year using old electric-car batteries.

Renault announced on Tuesday that it will install used (and some new) electric car batteries in three locations: two Renault factories in France, and the site of a former coal-fired power plant in Germany.

The company says the battery storage network will be expanded gradually over time.

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By 2020, Renault says the network will deliver 70 megawatts of power and store at least 60 megawatt-hours of energy storage to smooth out supply from solar and wind power to make them available at peak times when consumers need it.

The stationary battery storage network will use batteries from 2,000 of the company's European electric cars—the Renault Zoe and Twingo and the Nissan Leaf, among others—built into containers.

The network will comprise used batteries from the cars as well as some new electric-car batteries that have been inventoried as replacement packs for older models but never sold.

Renault Zoe and Kangoo ZE electric cars on the Outer Hebrides

Inside the containers, the batteries will be installed on racks. Each container will also include charge controllers and battery monitoring systems.

Once built, the batteries will provide enough power for 5,000 homes.

The system is designed to target a weak spot in the grid, where power consumption exceeding supply has often compromised the stability of the grid.

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“One of the main challenges when it comes to increasing the share of renewable sources in the energy mix is to manage the discrepancies between electricity consumption and electricity production at a given moment,” Nicolas Schottey, Renault’s director of new energy business, said in a statement.

“Our energy stationary storage system solution helps to compensate for those gaps: it delivers its energy reserves at the exact moment an imbalance occurs in order to mitigate its effects,” he said.

READ MORE: Renault plans huge energy storage plant using old Zoe electric-car battery packs

The system was originally planned to be even bigger, with up to 100 megawatts of storage, but Renault alludes to potential future expansion under the existing plan.

Renault says its goal is to create Europe's largest stationary energy storage system to encourage the growth of renewable energy sources on the grid.

The network will be operated by Renault partner Mobility House.

Out of juice: Infiniti Q50 Hybrid luxury sedan dropped

2016 Infiniti Q50 Hybrid
The long-running Infiniti Q50 Hybrid luxury sedan won't return for 2019, the automaker said Thursday.

Infiniti spokesman Kyle Bazemore confirmed the demise of the Q50 Hybrid this year for Green Car Reports. The automaker axed the Q70 Hybrid in July.

Although Infiniti didn't report sales for the Q50 Hybrid and Q70 Hybrid models separately, it's likely that the hybrid-battery powered sedans were a small fraction of overall sales for both.

The Q50 Hybrid sedan was powered by a 3.5-liter V-6 and electric motor combo that produced 360 horsepower. According to the EPA, the Q50 Hybrid was rated at 29 mpg combined for front-drivers, 28 mpg combined for all-wheel-drive versions. The Q70 Hybrid sedan was powered by a similar hybrid powertrain and returned 30 mpg combined, compared to 21 mpg for V-6-only versions.

The Q50 Hybrid first appeared in Infiniti dealers in 2013.

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Last year, Infiniti quietly killed its slow-selling QX60 Hybrid crossover after relegating it to special-order only for buyers.

The move leaves Infiniti without an electrified powertrain in its vehicle lineup, for now.

Infiniti announced most new models coming from the luxury automaker would be electrified by 2021. The company also announced it would build a range of electric cars based on its Q Inspiration concept before 2023.

This year, the QX50 debuted a new variable-compression turbocharged engine that can change its operation for better efficiency or better power. The turbo-4 found under the hood of the popular crossover contributed to an overall fuel-efficiency improvement of more than 20 percent, compared to prior generations.

Orders in: 1,000 buyers in Norway reserve coming all-electric BMW iX3 crossover SUV

BMW Concept iX3
BMW opened order books for its upcoming electric iX3 in Europe at the beginning of September, and the company already has deposits for 1,000 in Norway.

In a page out of the Tesla playbook, the Norwegian buyers each put down deposits of almost $1,900 (1,600 Euros.)

News of the deposits was first reported by the Express in Britain.

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BMW introduced the iX3 concept at the Beijing auto show in April, but has not yet shown a production version. The iX3 will be built in China and exported around the world.

Unlike the BMW Vision iNext concept the company previewed in New York last week, the iX3 is based on an existing gas-powered X3 SUV.

The electric SUV will use a 70-kwh lithium battery mounted under the floor to give the iX3 an estimated range of 249 miles, based on the new European WLTP test cycle. That number may be smaller on the more stringent EPA test cycle in the U.S. when it arrives next year.

READ THIS: BMW debuts iX3 SUV electric car

It will incorporate 150-kw DC fast-charge capability that BMW says will recharge about 192 miles in 30 minutes. The electric motor will put out 270 horsepower.

BMW has not announced whether the electric version of the X3 will have all-wheel drive.

The iX3 will be the first electric car under a new strategy from BMW that bases electric cars on existing, steel-bodied models, rather than developing dedicated, lightweight carbon-fiber chassis for its electric models as it did for the i3 and the i8.

Standard dash cams coming to Teslas

Tesla Model 3 dashboard in Autopilot testing with IIHS [CREDIT: IIHS]
Tesla chief executive Elon Musk revealed on Twitter that the company plans to make dash cams standard in its products with a new software update rolling out in the next few weeks.

Since most Teslas already have forward cameras for the Autopilot system, it seems it should be simple for Tesla to enable the feature.

Many Tesla owners have been asking for a dash cam in their cars.

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In response to a question on Twitter from user Richard Ulmer, whose Tesla was vandalized when he wasn't with it, Musk said beta version of the new dash-cam software will be included with the Version 9 software update, which is due to roll out most Tesla owners in the next several weeks.

Musk says Tesla's engineering team has been focused on adding the feature.

General Motors already includes dash cams on high-end models from Cadillac and on the Chevy Corvette for recording laps on a race track.

Musk said the feature is supposed to be improved again when Version 9.1 of Tesla's operating system rolls out at an unspecified point in the future.

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The Version 9 update, being pushed to a few Tesla early adopters now, revamps the structure of the original vertical display screen in the Model S and Model X.

Musk has also said it will enable the first features of the company's long-promised Full-Self Driving Capability. That's the name Tesla applies to software, though it's uncertain exactly how capable the system will be.

Among the first features will be “on-ramp-to-off-ramp” capability on the highway, Musk has said in a conference call with investors.

Many Tesla owners have paid in advance for the Full Self-Driving Capability option since it was introduced in 2016, even though the features still don't work. Those buyers will automatically have the features enabled via an over-the-air software update in return for a discount compared with buyers who have the option added after the features have been released.

Toyota enters $82 million partnership to roll out hydrogen trucks in Los Angeles port

Toyota Project Portal 2.0 fuel cell-powered semi-trailer truck
After showing its second-generation fuel-cell semi-truck at the Port of Los Angeles in July, Toyota announced last week it will build 10 more fuel-cell trucks for the project.

In addition to the trucks, the project will add two new heavy-duty hydrogen filling stations, two new hydrogen forklifts at Toyota's warehouse at the next-door Port of Long Beach, and two new zero-emissions yard tractors at the nearby Port of Hueneme.

The California Air Resources Board will provided $41 million of funding for the project. Toyota, Shell, and Kenworth, which builds the trucks, will provide the balance of the project costs, which totals $82 million.

READ THIS: Toyota introduces second hydrogen fuel-cell powered semi working in Los Angeles

The Port of Los Angeles is the largest in the country, and has been targeted by the state for investments in zero emissions technology.

In July, Toyota revealed its second-generation fuel-cell semi truck after operating a proof-of-concept prototype for the previous year. The updated model can go 300 miles between hydrogen refills, rather than 200 for the initial truck, and has a small sleeper in the back of the cab, which the first truck lacked.

The trucks use two fuel-cell stacks from the Toyota Mirai fuel-cell car to deliver 670 horsepower and 1,325 pound-feet of torque, and include a 12-kwh battery pack to store power.

CHECK OUT: Toyota 'Project Portal' hydrogen fuel-cell heavy-duty semi tractor as proof of concept

The trucks will ferry cargo from the Port of LA to Ontario, California, where Shell is installing the two new hydrogen filling stations to complement facilities already in the Port of LA.

The projects are part of Toyota's efforts to eliminate CO2 emissions from its logistics facility in the next-door Port of Long Beach, where it is building a combined power facility to produce electricity, water, and hydrogen to power the trucks from agricultural wastes.

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The ports of Los Angeles and Long Beach are a primary focus of California's efforts to clean up its air. About 40 percent of all imports and exports traveling to and from the U.S. come through the ports, creating a concentration of diesel trucks that has been linked to poor health in the area.

California is expanding efforts to replace those trucks with zero-emissions battery-electric and fuel-cell replacements. Toyota's agreement is the largest part of the hydrogen initiative in the area. The state is also expanding infrastructure to charge a growing number of electric drayage trucks and other equipment at the facility.