Tag: electric vehicles

Next-gen batteries part 2: Changing landscape for supplier partnerships

Here’s the second part of the feature on what’s next for electric vehicle batteries. This time, the focus is on battery manufacturer partners for a few of the top selling global EV models.

Tesla Model 3 getting batteries from new suppliers
Tesla is the top selling electric vehicle brand in the world, and is doing well in four EV segments — sedans, SUVs, compact cars, and sports cars. Much of that comes from the power under the hood. The hp and torque can send you on a silent rocket launch when you take a drive. The battery packs play a vital role in keeping them charged for long distances and staying dependable, longer than what competitors offer. The battery cells had been exclusively manufactured by Panasonic, and the battery modules and packs by Tesla; but that’s starting to change.

Tesla has reached a new three-year deal with Panasonic for battery supply at its Gigafactory in Nevada. The two partner companies made that facility the largest lithium-ion battery factory in the world. Last year, Tesla started breaking off with Panasonic by limiting Model 3 production with the Japanese company. Tesla started making moves to build its own batteries. This year, there was an announcement of the first million-mile battery cell that will be launching in the China market. It’s being developed with a new partner, China’s Contemporary Amperex Technology (CATL), the world’s largest lithium ion battery maker. China is an excellent market to be in, with the China Association of Automobile Manufacturers reporting that new energy vehicle sales were up 19.3 percent in July and the overall market rebound continues.

Tesla vehicles produced in Gigafactory Shanghai are powered by battery cells built by LG Chem and CATL. South Korean company LG Chem expects its battery share to grow significantly, with Tesla’s business in China being part of it. The battery maker reportedly secured a large order of batteries from Tesla in July due to high demand, and Tesla’s inability to produce enough batteries on its own. Besides China production, LG Chem may be changing over production lines in South Korea to produce more batteries for Tesla.

BAIC EU-Series bringing in new partner
China-owned carmaker BAIC Motor, the parent company of the BJEV and Senova brands, has been getting its EV batteries from China’s third largest battery maker, Guoxuan High Tech. Guoxuan follows first-place CATL and second-place BYD for China’s new energy vehicle battery market share.

BAIC will be adding SK Innovation’s NCM 811 cells to its EVs. SK Innovation Co. is based in Seoul, South Korea, and is primarily known for being a petroleum refining company. It also supplies batteries to Volkswagen and Ford. The BAIC deal is expected to start sometime during the second half of 2020, with the lithium-ion cells being produced at SK Innovation’s first plant in Changzhou, China. It will be owned by a wholly-owned joint venture between the two companies and Beijing Electronics.

Nissan Leaf stays with AESC under its new owner
Nissan has always taken a slow and conservative approach to producing, selling, and developing changes to its stalwart Leaf model. The battery pack has been made by its former subsidiary, Automotive Energy Supply Corporation (AESC). The Japanese maker sold most of AESC to Chinese renewable energy company, Envision Group, in 2018. Nissan still holds a 20 percent stake in AESC. The 2018 deal also included Nissan selling Envision Group its battery manufacturing plants in Tennessee and in Sunderland, England.

A production version of Nissan’s next EV, an electric SUV based on the Leaf, is expected to begin arriving in showrooms in 2021. The company expects it to sell at a higher volume than the Leaf. Envision Group has plans in place to triple AESC’s lithium-ion cell manufacturing capacity. The company hopes to be ready for producing batteries for Nissan’s next-generation EV, and to continue supplying the Leaf.

In May, Nissan, Renault, and Mitsubishi reaffirmed their automotive Alliance, and will be increasing sharing platforms, technology, and production. The Renault-Nissan-Mitsubishi Alliance had been in doubt after the arrest in Japan of former chairman Carlos Ghosn, who’d been a champion of EVs for the brands. In Europe, B-segment cars will be one of the segments in the Alliance and includes the Renault Clio and Zoe EV, Nissan Leaf, and upcoming Ariya EV SUV. Renault takes the lead in Europe under the Alliance, with Nissan being the lead brand in China, North America, and Japan; and Mitsubishi leading in the South-East Asia (ASEAN) and Oceania regions (several islands including Australia).

BYD supplies its own batteries for BYD Yuan / S2 EV
BYD supplies its own electric vehicle batteries, and was ranked third in the world for lithium ion battery producers during 2018, following No. 1 LG Chem and and No. 2 CATL (in a Bloomberg study). The company supplied batteries for its 229,506 electric vehicles sold in 2019.

That will expand to include Ford Motor Co. On June 1, a document was filed on the website of China’s Ministry of Industry and Information Technology following official protocol. BYD batteries will support Ford’s electric vehicle production in China. Ford’s China joint venture with Changan Automobile is seeking government approval to build a plug-in hybrid EV model equipped with BYD’s batteries, according to the document. The deal will also include BYD’s power management devices that Ford will use.

Renault Zoe sharing large plant with VW Group
Renault is acquiring EV batteries for the Zoe electric small car from LG Chem’s Wroclaw, Poland, facility. The South Korean battery maker hasn’t shared figures on the plant’s output, but it may be on its way to become Europe’s largest EV battery production facility. Along with the Zoe, batteries are being produced for Volkswagen Group electric vehicles such as the Audi e-tron and Porsche Taycan. LG Chem began mass production of its NCM712 batteries in the first quarter of 2020.

Hyundai Kona EV being sent to global markets
Hyundai has been more quiet about its presence in electric vehicles that fuel cell vehicles. It’s Ioniq Electric was given more attention when it launched in the US in 2016.  The company just announced the launch of its new Ioniq brand dedicated to battery electric vehicles, “opening a new chapter as a leader in the era of electrified mobility.” That means it will be marketed more as its own sub-brand focused on all-electric and not just one of its offerings in all-electric, plug-in hybrid, and hybrid variations.

But its Kona EV has been doing pretty well in sales. It started in South Korea and Europe in 2018, with a market debut in the US and Thailand in 2019. In the spring of 2020, Hyundai began production and started delivery of the Kona Electric in Europe at its Hyundai Motor Manufacturing Czech (HMMC) manufacturing plant.

The company rolled out a new EV in China in early 2019, called the Hyundai Encino EV. The two models have small differences in trim, but overall they’re basically the same electric crossover sport utility vehicle.

As for batteries, the company will be going with CATL in China and LG Chem in other markets. Hyundai and LG Chem are in talks about possibly establishing an EV battery manufacturing joint venture in Indonesia, a person familiar with the matter told Reuters in late June.

BMW i3 sticks with Samsung SDI
Samsung SDI, one of South Korea’s top three battery making companies, in November 2019 signed a 10-year contract with BMW Group to supply 2.9 billion euro ($3.2 billion) worth of lithium-ion battery cells to the German automaker and its ambitious EV model launch strategy over the next decade.

The battery maker’s fifth-generation EV batteries are expected to power some of the new 25 environment-friendly vehicles models including 12 all-electric vehicles BMW pledged to roll out by 2025. In 2014, Samsung SDI became the exclusive battery supplier for BMW’s i3 electric car. That year, the two companies expanded their agreement to include developing next-generation materials and EV technology — which has ended up in a wide variety of plug-in vehicles offered under the BMW brand.

Solid-state batteries a big part of the Fisker and VW relationship?
Last year, Fisker Inc., launched its Ocean model, with plans to roll out the $40,000 all-electric SUV in 2021. CEO Henrik Fisker said the solid-state battery that will go into the Ocean can produce 2.5 times the energy density that lithium-ion batteries can, at perhaps a third of the cost. The Volkswagen partnership will be part of it, but there’s likely to be other announcements with automakers and technology suppliers.

The founder is emphasizing that Fisker, Inc., is pursing a different business model than Tesla and many other EV startups have tried. Last month, Fisker Inc,. reached a deal to go public by merging with a special purpose acquisition company (SPAC) backed by Apollo Global Management. Fisker is cutting out the huge capital outlay needed to become a carmaker. The company has been is in talks with Volkswagen to use its modular EV platform and to assemble its vehicles at a VW plant in Europe.

But where is the solid-state battery coming from? Will they be sharing the same supplier partners? Is VW jumping into the solid-state battery world as well? It seems that QuantumScape could be part of it, with VW recently sinking another $200 million in the solid-state battery company.

VW’s relationship with the solid-state battery company goes back to 2012. In 2018, the two companies forged a joint venture to accelerate the development of solid-state battery technology that can be produced at a commercial scale. The German automaker placed $100 million in the initial investment in September 2018. The company hopes to accelerate that work through the recent $200 million investment.

And in other news……….

A California judge ruled yesterday afternoon that Uber and Lyft must classify their drivers as employees, a decision that could affect many gig workers well beyond the two ride-hailing giants. The ruling will be stayed for 10 days, and then a preliminary injunction will take hold. Uber and Lyft say they will be filing emergency appeals during that 10-day window. This comes from a lawsuit filed in May by California Attorney General Xavier Becerra and the city attorneys of Los Angeles, San Francisco, and San Diego. The suit made the case that the drivers were misclassified as independent contractors when they should be employees under the state’s AB5 law that went into effect on January 1st. California later filed a motion for a preliminary injunction that would change the driver classification immediately. Superior Court Judge Ethan Schulman ruled yesterday that Lyft and Uber drivers should be given the same protections and benefits under labor law as other full-time employees of the two companies.

Leading refuse company Republic Services is bringing in fuel cell electric vehicles. The company has agreed to purchase 2,500 of these collection vehicles from Nikola Corp., with the potential for up to 5,000 orders. Republic Services said its the largest truck order ever for its fleet of approximately 16,000 collection vehicles. The order will be contingent on initial testing that’s expected to begin in Arizona and California, with wider-scale testing in 2022 and full deployment by 2023. The collection vehicles are said to have a 150-mile range, up to 720 kilowatt hours of battery capacity, and the ability to collect 1,200 cans with one charge. Nikola’s chief told Wall Street Journal that he expects each vehicle will cost under $500,000.

What the post-pandemic world may look like for automakers, electric vehicles, and mobility

As the COVID-19 pandemic continues, companies are looking for signs of how to best prepare for the new competitive landscape — as the expectation of everything returning to normal goes to the sidelines. A webinar last week from Lux Research, and a separate interview with a Volkswagen executive, analyzed the ‘new normal’ emerging from the disrupted world.

Michael Holman, vice president, research for Lux Research, a research and advisory firm tracking emerging technologies, identified five key market developments coming from the turbulent marketplace. Infection prevention for hygiene, sanitization, and testing was the first mentioned; the next four trends covered were: remote commerce — providing technology for what used to be done in person; improved resiliency to minimize supply chain disruption and strengthen localized processes; greater agility and adaptability in technology and management practices; and a clear view of macro-economics, primarily risk management, capital availability, pricing changes, and demand.

Telemedicine has been responding to intensive pressure on infection prevention and resiliency of the healthcare system. Plastic waste recycling has been another hot topic among Lux Research clients, and had been so well before COVID-19 as China ended its role as the major import destination for plastic exports.

Automakers are feeling much of this pressure, and have been adapting to plant closures and re-openings, workforce safety, and reprioritizing what had been top priorities earlier this year, Holman said. Tests have been halted on autonomous vehicle trial runs, and vehicle electrification has been hurt for the short-term, but looks good for long-term demand and tech development.

Social mobility is also feeling the impact, with health and safety concerns a top priority for those using services such as Uber and Lyft. Social distancing will continue, which could be an advantage for selling personal vehicles over shared rides.

For now, responding to the safety concerns has taken over and has opened up new ways of thinking. Ford CEO Jim Hackett, who will be handing over his job to Ford’s Jim Farley, has been leading a study on antimicrobial steering wheels and handles.

Lux Research sees two other market dynamics shaping the next phase of automotive — sustainability practices and personalizing the technology to the consumer.

The research firm sees startups struggling to find funding lately. One strategy they need to consider is partnering with competitors to secure a new round of funding for the next six months or longer, Holman said.

Reinhard Fischer, senior vice president of strategy for the Volkswagen Group of America, shared his perspectives during an in-house interview. He sees attitudes about the role of the car, and developments in the next wave of technology, changing in the post-pandemic environment.

“For me, it all starts with understanding how the consumer views the car,” Fischer said. “With the COVID-19 pandemic, people are really recognizing the benefits of having a car. A private means of transportation that you don’t need to share with anybody – it can be your sanctuary.”

For many, there’s lack of comfort in public transportation. Travel should also continue to feel the impact, with consumers likely to use their personal cars more for shorter trips. Another growth trend this year has been an increased popularity in working from home, with people driving less.

Fischer would agree with Lux Research’s take on where EVs are heading.

“I expect the pandemic could cause the transition to electric vehicles to briefly hesitate but then accelerate,” he said.

One of his reasons for reaching this conclusion are that home charging stations take away fear of infection at gas stations coming from touching gas pump handles. Another is consumer and government expectation for clean air, as scenic views that were clogged by air pollution starting to become more visible — and with health concerns over air quality being prioritized.

VW will be watching where ride sharing goes as the new normal landscape takes shape. Customers have to take a hard look at the health condition drivers are in, and who’d been riding in the car before them. What are ride sharing firms doing about it?

The other factor to follow is the political environment, Fischer said.

“Many countermeasures can reduce the flexibility of the ride sharing concept as there is the possibility of being regulated like taxi services are today. That could have an impact on the price position of these services for the consumer,” he said.

California leads the way there, and is also exploring another possibility.

“Other plans, like the one being explored by the state of California where a percentage of  ride sharing vehicle miles in the future will need to be 100 percent electric, will further increase the cost of entry into the ride sharing business model,” Fischer said.

And in other news:
One-year-old Lordstown Motors will become a publicly traded company in an effort to bring its commercial electric pickup truck, the Endurance, to market. General Motors will have a stake in it larger than had been originally expected, according to financial filings. The electric truck maker plans to list on the Nasdaq stock exchange under the ticker “RIDE” by combining with DiamondPeak, a special purpose acquisition company. It will look something like the “reverse merger” stock market deals announced last week by Fisker, Inc., and earlier by hydrogen-powered truck maker Nikola. E-trucks are becoming a hot commodity with electric pickups coming soon from Tesla, Ford, GM, Rivian, and Nikola. Workhorse Group has done well in this segment already.

Tesla CEO Elon Musk has done a second interview with Automotive News, and here are a few of the takeaways………. Austin, Texas, was chosen for building the Cybertruck due in part to workers wanting the new plant to be housed there…….. a third US assembly plant may be coming in four-to-five years……….. Musk could care less about J.D. Power rankings…….. electric small cars and minivans may be in the works………. and a more conventional looking electric pickup may be rolled out if the Cybertruck flops.

AltWheels 2020 has opened up conference registration. The 17-year-old clean transportation conference will be taking place on Monday, Oct. 5, 2020, in a virtual format. The event organizers want to make sure that fleets and other stakeholders will be able to continue attending and sharing information on making clean transportation work. Fleet Day at AltWheels 2020 will include speakers and a breakout session, exhibits, along with leading alternative vehicles of all sizes and the latest options for fleet managers.

Fisker, Inc. says that its planning to have four vehicles in the works by mid-decade, supporting the company’s long-term goal for Electric Mobility as a service. That will include the first-in-line Ocean SUV; a super-sports sedan based on the EMotion concept; a sports crossover; and a pickup truck. The Volkswagen partnership will be part of it, but there’s likely to be other announcements with automakers and technology suppliers. The company will also continue its commitment to bring sustainability front and center — from the solar roof to the tires being used.

 

Lyft wants all electric fleet by 2030, Ford and VW partnering on commercial vehicles and electrification

Will Lyft go electric?  Ride-hailing company Lyft has committed to do big things by the 2030 benchmark — led by making sure its fleet is 100 percent zero emission. In collaboration with Environmental Defense Fund, other initiatives will be included in coming years such as bringing in autonomous vehicles, and rolling out its Express Drive rental car partner program for ride-share drivers. The challenge will be getting its drivers to switch over to EVs, as Lyft will continue to be a mobile app company partnering driver/car owners to customers needing a ride. The company won’t block drivers who don’t have EVs from accessing their network and getting business; Lyft has to talk them into it. That will be without incentives. The company is counting on governments spiffing up their programs for clean air and fighting climate change.

“We will aggressively promote and help drivers access incentive funds,” a Lyft told TechCrunch. “If policymakers do their part in the next few years, EVs should reach cost-parity with gasoline vehicles by mid-decade.”

Lyft will be working with EDF and other environment groups to lobby for EV incentives and charging infrastructure development. The challenge will be steep as Lyft drivers are used to getting good mileage in small, fuel efficient cars from Asian manufacturers. Another challenge will be Honda putting out a hybrid CR-V on the market soon, providing larger passenger and cargo space with great mileage from a non-EV.

Ford and VW working on electric vans:  Ford Motor Company and Volkswagen AG signed agreements on June 10 that expand their global alliance and take the next step from their initial alliance forged July 2019. They’re seeing increased demand in commercial vehicles and high-performing electric vehicles in Europe and other regions. Their alliance will produce a medium pickup truck engineered and built by Ford, for sale by Volkswagen as the Amarok starting in 2022 within the Volkswagen Commercial Vehicles lineup. Next up will be a city delivery van built by VW’s commercial vehicle group; and later onto a 1-ton van created by Ford. By 2023, they’ll be powered by Volkswagen’s Modular Electric Drive (MEB) toolkit, expanding on Ford’s zero-emission capabilities in Europe. The two global automakers will also work with Argo AI to independently develop autonomous vehicles at scale based on Argo AI’s innovative self-driving technology. Argo AI is a Pittsburgh-based company in which Ford has ownership and development interests.

For those interested in Ford’s new Mustang Mach-E electric performance SUV, it’s coming equipped with a more precise predictor of available range. Mustang Mach-E’s innovative Intelligent Range can accurately estimate how much range the all-electric SUV has left, helping reduce anxiety about when and where customers can recharge.

NREL sees hope in blockchain tech:  Blockchain continues to be taken more seriously as unexpected parties like the US Dept. of Energy’s National Renewable Energy Laboratory (NREL), based in Golden, Col., enters the game. But this won’t be about tapping into the highly volatile cryptocurrency capital market. The power grid is bringing in blockchain technology to help ensure the reliability, resiliency, and security needed to distribute energy. With this stability, NREL is ready to take on a major opportunity: how property owners can sell unused power from their rooftop solar panels. Blockchain will serve as a distributed digital record of actions agreed and performed by multiple parties, to facilitate moving clean energy and its efficient distribution effectively. NREL researchers have been evaluating the use of blockchain for transactive energy using hardware in the laboratory’s Energy Systems Integration Facility (ESIF). So far, they’re impressed.

Automating driving on hold:  BMW Group and Mercedes-Benz AG put development cooperation in automated driving temporarily on hold. Their joined efforts on next-generation technology for automated driving will be placed on the back burner for now. Both companies are emphasizing that cooperation may be resumed at a later date and that the two companies’ underlying approach to matters such as safety and customer benefits in the field of automated driving remains highly compatible. Autonomous vehicle projects are being led by automakers in partnership with competitors and technology suppliers. As COVID-19 continues to hit all of the global markets, these ventures have to be placed on hold for now.

DOE funding advanced lithium-ion batteries:  The US Dept. of Energy is making up to $12 million available for projects that address capability gaps for enhanced lithium-ion batteries, next-generation lithium-ion batteries, and next-generation lithium-based battery technologies. Working through the Office of Energy Efficiency and Renewable Energy’s Advanced Manufacturing Office and Vehicles Technologies Office, funding is available for projects that address these four areas: materials processing and scale-up; innovative, advanced electrode and cell production; designer materials and electrodes; and formation. DOE will be woking with National Laboratories to establish public-private partnerships that solve engineering challenges for advanced battery materials and devices, with a focus on de-risking, scaling, and accelerating adoption of new technologies. The agency is soliciting proposals for projects that can meet these objectives.

Renewable energy ready to grow, Fun activities to overcome cabin fever and boredom

Spain, one of many countries hit hard by Covid-19, is sending workers out to continue building up renewable energy to power its grid. Workers on the 500-megawatt Núñez de Balboa solar park have been wearing protective gear to finish installing the nearly 4 square miles of panels to supply power up to 250,000 people, becoming the largest in Europe.

That power grid is run by Iberdrola, a multination energy company based in Spain, but its one of many renewable energy projects continuing during the coronavirus crisis — even when oil prices have plunged downward. Fossil fuels make up a big chunk of power for the global energy grid; some countries may be adding it and taking advantage of the low cost, but renewables look like they’ll continue growing rapidly.

It’s a major trend to follow for those planning the future of energy used in generating electricity — along with fueling transportation. Opponents of adopting ambitious government mandates on bringing their country’s fleets over to electrified vehicles can point to the fact that natural gas, coal, and nuclear make up most of the power grid in the world — and that renewables like solar, wind, hydropower, and geothermal have a long way to go. Electric vehicle advocates lose some of their arguments made when the total lifecycle of the vehicles and their energy sources don’t clearly stand out from internal combustion engine vehicles — or from other alternative fuels.

As for growth, renewables have been the big winner in recent years, and that trend should continue. The International Renewable Energy Agency reports that between 2015 and 2019, renewable energy grew to make up 72 percent of of all new power generation last year. It outpaced nonrenewable energy during that time period.

The International Energy Agency (a separate agency from IREA) expects renewable power to grow by another 50 percent by 2024 with solar leading the way. The agency expects it to be the only energy source to grow this year, with fossil fuels taking a major hit because of decline in energy demands coming from the pandemic.

However, fossil fuels may also be coming up for a boost in energy consumption. Dan Jørgensen, Denmark’s minister for climate, energy and utilities, said he’s concerned that the recent dive in global oil prices might lead countries “that are built on an old-fashioned fossil economy” to see the transition to cleaner energy as unnecessary. It could be set aside in a few markets.

Jørgensen shared these perspective during IEA’s meeting last month with lawmakers and companies from around the world focusing on the role of renewable energy in the economic recovery expected to follow Covid-19. A common theme by speakers was not repeating the cycle following the 2008 financial crisis that had benefited suppliers of fossil fuels. Jørgensen said that the argument needs to be made that investing in renewables is a smart business strategy and not just an ideological choice.

The US has a long way to go in making this transition. The US Energy Information Administration reports that fossil fuels are by far the largest sources of energy for electricity generation. It’s led by natural gas, which made up about 38 percent of electricity generation in the US last year, followed by coal at 23 percent and petroleum at less than 1 percent. Nuclear powered 20 percent of US energy last year.

Renewable energy made up about 17 percent of electric power in the US last year. Hydropower plants made up about 7 percent of total US electricity generation during that time, with wind power making up that same share. Solar made up 2 percent and biomass was about 1 percent or energy in the US last year.

Hydropower plants using flowing water to spin a turbine connected to a generator — such as the Snake River providing Idaho’s energy. Wind turbines convert wind power into electricity. Photovoltaic (PV) and solar-thermal power are the two main types of solar electricity generation technologies being used in the US. As for biomass, that comes from steam-electric power plants that can convert gas that can be burned in steam generators, gas turbines, or internal combustion engine generators. Geothermal power plants contribute about a half of one percent of US power last year, and that comes from steam turbines.

Renewable energy made up a segment of US job creation efforts in the years following the Great Recession that struck in 2008. Advocates cite these projects and business startups that have thrived, and the contribution it’s making to reducing dependency on fossil fuels and to reducing carbon emissions.

From my blog:  Getting cabin fever? Looking forward to Covid-19 no longer running our lives? 
Along with taking all the social distancing and cleanliness guidelines suggested by the CDC seriously, it seems like a good idea to use the downtime for something good. My list of activities for your consideration to help get through the coronavirus includes watching the Oscar-winning Parasite. One way I could tell it was a great movie when a turn in the storyline happened, and I thought, ‘What the hell is going to happen now?’

Looking at advanced mobility in new publication: Automotive Digest Publisher Chuck Parker has a new publication called Fixes and Solutions geared toward automotive professionals looking out a the next wave of technology and industry changes — well beyond coronavirus. I just wrote a piece on the District of Columbia releasing a study examining four plausible scenarios on how autonomous vehicles could be adopted in the area. Economic growth and greater transport solutions for local communities are advantages, but new problems could arise from adoption of the technology. However, there is more I could write about. In fact, here are eight topics that will have to be considered as challenges to overcome and integrate before we all get to ride around in autonomous electric shuttle buses………. cyber security, Internet of Things, cloud computing, robotics, renewable energy, batteries, mobile devices, and 5G.

BYD and Hino commercial EVs:  BYD and Hino Motors have signed a strategic business alliance for collaborating on commercial battery electric vehicles development. The two companies will work together to develop the best-fit commercial BEVs for customers to achieve carbon reductions. Commercial fleet customers will be served, and BYD and Hino will cooperate in retail and other related business that will promote the adoption of BEVs. Hino’s director and senior managing officer Taketo Nakane said, “We are pleased with this collaboration aiming to realize commercial BEVs that are truly beneficial to customers both practically and economically. By bringing together BYD’s achievement in BEV development and Hino’s electrification technology and reliability built over years of experience in developing hybrid vehicles, we will develop the best-fit commercial BEV products for consumer in working towards swift market introduction.”

Telling your story on how you got here, Trump admin rolls back clean car standards

For those of us homebound during the Covid-19 outbreak, what’s the best way to avoid cabin fever and bleak news saturation?

A few good ones I’ve heard or experienced have been: catching up on a good TV show like Westworld, finally getting around to using an exercise machine, cooking healthy meals at home, playing board games with co-residents, chatting with friends and family on Zoom, and writing (or attempting to write) the Great American Novel.

And there’s always telling a good story. One of the best work experiences I’ve had in recent years has been asking stakeholders in advanced, clean transportation how they got here in the first place. How did they get so passionate about the subject matter?

That might have happened during a video interview for Automotive Digest; or a phone interview for an article; or during a luncheon at ACT Expo; or by exchanging emails after connecting on LinkedIn; or watching them give a presentation on the vehicle, fuel, or technology they’ve been championing for years; or talking with them during monthly calls of Green Auto Market’s editorial advisory board.

I’ve had a few more good questions to ask them, or that I got asked. These might include:

 

  • What do you really think it will take for clean vehicles to reach 10 percent (or 25 percent, 50 percent, etc.) of US new vehicle sales?
  • What are the most compelling points to make about switching over from gasoline and diesel to electric vehicles; or hybrids; or hydrogen; or natural gas; or propane autogas; or biogas; or renewable fuel?
  • What comes first — the chicken or the egg? The vehicle or the charging/fueling infrastructure? Or, are they equally important?
  • How did you pick this field of endeavor over something more established and safe?

Readers of Green Auto Market have told me quite a few fascinating stories. Their passion for the subject matter and staying informed might have started years ago when they took over fleet acquisitions for a city directed to reduce greenhouse gas emissions; or they’ve been obsessed with electric vehicles ever since they made their first do-it-yourself low speed, short range EV from a kit — and years later bought a Nissan Leaf, Chevy Volt, or Tesla Model S; or they’ve worked for a government agency promoting adoption of alternative fuel vehicles; or they’ve worked in one or more startups breaking into the world of EVs and charging; or for a major automaker setting up a division in EVs, autonomous vehicles, or mobility services; or they just love to read and talk about the latest in cars, fuels, and vehicle tech.

For those of you interested in sharing your stories about getting hooked on clean transportation — and about what you’d like to see happen in the near future — in Green Auto Market, please email at jlesage378@gmail.com. It would be best to include your name and affiliation (employer, organization, area of interest, etc.); or you can remain confidential about your name and affiliation, if need be.

Speaking of which, here’s my story………

I started following the subject matter in the 1990s while serving as an editor at Automotive Fleet. I spent time talking to fleet managers who were testing out vehicle conversions to natural gas and propane autogas; they started receiving funding grants from Air Quality Management Districts in California (and other agencies around the country) to convert vehicles over to compressed natural gas fueling systems and to have a fueling dispenser placed at their base location.

During that time, I might also have been interviewing someone involved in testing out other alternative fuels such as ethanol and methanol. Support for methanol didn’t last very long after engine corrosion became a major concern. I’d also heard about limited test projects being done — electric vehicles (one of them later becoming General Motors’ EV1), a self-driving truck by the military, and hydrogen fuel cell vehicles that picked up more support from automakers and government agencies by the early 2000s.

For the most part, interest in clean transportation faded away by the second half of the 1990s. Cheap gasoline and diesel prices; attractive fleet incentives for full-size cars, trucks, and vans; and domestic manufacturer truck and van models that could be customized and equipped for utility fleets, construction, and maintenance operations, took away much of the interest in alternative fuel vehicles by the late 1990s.

The turning point for me was in 2007. As I’ve shared with some of you, on Aug. 12 of that year, I was struck with encephalitis — an inflammation of the brain caused by a previous infection activated again. That one had been herpes simplex that started when I was a child with chicken pox. It was reactivated in 2007 primarily by stress; though it was largely unknown at the time, and it wasn’t diagnosed correctly at first. On that day, my heart stopped twice and I had to be revived — or I wouldn’t have lived through it.

I was hospitalized for about two months, with the encephalitis swell blocking my memory (front, left cortex of the brain) for most of that time period. I wasn’t able to return to my office for work until after the first of the year. During that time after getting out of the hospital and staying home, I found myself going on the internet to research and read about subject matter I’d been digging into earlier — such as while attending the Alternative Fuels & Vehicles Conference in Anaheim earlier that year. Topics that grabbed my interest included concern over global warming; cleantech startups being a hot commodity, with capital available for EV startups and solar and wind power companies; and reading about corporate sustainability policies.

My interest transitioned over to fascination during 2008 — from the gasoline and diesel price spike and volatility, and doing features for LCT Magazine on chauffeured transportation fleets starting to try out alternative fuels. During that year, I profiled the Econation startup company— which was bringing in Priuses, hybrid SUVs, and CNG-powered Lincoln Town Cars to its fleet for corporate trips in Los Angeles.

I was blessed with support for my interest and fascination in these cars, fuels, and technologies while working with Automotive Digest and its team (led by Publisher Chuck Parker). Green Automotive Digest started up in 2010, which gave me an excellent channel for meeting and interviewing several stakeholders in the field.

During all of this time period, I became most fascinated with two key themes — clean transportation offering pragmatic solutions; and the absolute necessity of transportation in our economy and lifestyles. I would end up talking about, and writing about, these topics quite a few times — at least as a backstory to a news item or feature I was digging into.

Here’s a question for you to consider. What if you could help clean the air, reduce greenhouse gas emissions, create jobs, and support technology innovation? Would you consider that intelligent, practical, and inspiring? That’s been a key piece of the formula when a new vehicle technology is introduced to the public. A piece of the press release might state something like: “This fuel will reduce carbon emissions by 1.2 million tons this year compared to diesel fuel.”

As for the role of transportation in our cultural and economic development, I think it’s been as important as power, communications, lighting, medical care, and distributing water. The essential value and role that ground transportation has played in human history for 200 years started with rail, and later with internal combustion engines and crank-up starters, the first electric vehicles, and bringing steam-engines over from trains to cars. With it came the eventual domination of petroleum and serious threats to air quality and sustainability of the world we live in.

I have to admit that I do love fast cars that can guzzle a lot of gasoline — with the 1968 Pontiac GTO being my favorite. That wasn’t the second car in the legendary car chase scene in the 1968 movie Bullitt — that was another of my favorites, the Dodge Charger, taking on the classic Ford Mustang. I believe we have the right to own and retain these cars, but they’re certainly not practical for daily commuting.

I would gladly ride to work in a shared, automated, electric SUV or bus. Why stay stuck in traffic, resenting other drivers and feeling bored and restless when you could be chatting with ridemates, playing a video game, watching something really good on a screen, reading your favorite humor columnist, texting comments to friends and family, and more?

I have appreciated researching and writing about the subject matter for previously mentioned publications. I’ve also appreciated my freelance writing with Autoblog Green, Hybridcars.com, and Oilprice.com. I had some good years conducting market intelligence studies on car rental, business travel, and travel management for Abrams Travel Data Services. I’ve also valued participating in speaker panels at AltCar Expo. I do look forward to what’s next, and expect that Covid-19 will be overcome and we’ll get back the business of green cars, fuels, and technologies.

And in other news:

White House finalizes clean car rules:  Last week, the Trump administration announced its rollback of Obama-era fuel-economy regulations from 2012, which aimed to require automakers to up the average fuel economy in their fleets to 54.5 mpg within the next few years. The administration finalized the second part of the rollback, which is formally known as the Safer Affordable Fuel-Efficient (SAFE) Vehicles rule. The second part of the SAFE rule would require automakers to increase the fuel economy of passenger cars by 1.5 percent each year. That’s far less stringent than the standards set by the Obama administration, which mandated a 5 percent annual increase in fuel economy. But it’s less dramatic than the Trump administration’s original plan, which was to freeze the standards at 2020 levels through model year 2026. Court challenges are expected to be filed once again. President Trump posted tweets similar to comments he’d made last year: ”My proposal to the politically correct Automobile Companies would lower the average price of a car to consumers by more than $3500, while at the same time making the cars substantially safer,” he tweeted. “Engines would run smoother. Positive impact on the environment! Foolish executives!”

Automakers close plants, making ventilators:  Here’s a list of US auto factory shutdowns and scheduled dates of reopening in 14 states across the US. Several of the plants will be opening up again this month, between April 13 to 20. Ford and General Motors announced in late March that they’ll be building thousands of ventilators to fight Covid-19. These are taking place in plants that had been shut down from car production. Tesla is showing a new video posted on the company’s YouTube channel, where its engineers show off two versions of a ventilator, a prototype model with its components laid out across a desk, as well as a packaged model that shows how it might look when used by a hospital. CEO Elon Musk made a commitment to build the ventilators last month after New York City Mayor Bill de Blasio asked for the company’s help.

BYD wants to improve EV battery safety:  BYD last week unveiled its Blade Battery, designed to resolve concerns about battery safety in electric vehicles. At an online launch event, Wang Chuanfu, BYD’s chairman and president, said that the Blade Battery reflects BYD’s determination to resolve issues in battery safety while also redefining safety standards for the entire industry. The Blade Battery has been developed by BYD over the past several years. Due to its optimized battery pack structure, the space utilization of the battery pack is increased by over 50 percent compared to conventional lithium iron phosphate block batteries. While undergoing nail penetration tests, the Blade Battery emitted neither smoke nor fire after being penetrated, and its surface temperature only reached 30 C (86 F) to 60 C (140 F). It would be far less susceptible to catching fire – even when they are severely damaged — than other batteries on the market.

China extending EV sales incentives:  China agreed to extend tax breaks and subsidies on electric-vehicle purchases for two years to provide relief for the struggling industry in the wake of the coronavirus pandemic. The government will keep waiving the 10 percent sales tax on EVs, a benefit that began in 2014 and was due to expire at the end of this year, through 2022, according to a media report. The state council overseeing the program also agreed to prolong subsidies for EV purchases for two years. The sales tax waiver and subsidies apply to battery electric, plug-in hybrid, and hydrogen fuel cell vehicles.

Emissions drop during pandemic:  The coronavirus pandemic is offering one advantage: shutting down industrial activity and temporarily slashing air pollution levels around the world, satellite imagery from the European Space Agency shows according to Wired. Readings from ESA’s Sentinel-5P satellite show that over the past six weeks, levels of nitrogen dioxide (NO2) over cities and industrial clusters in Asia and Europe were markedly lower than in the same period last year. Nitrogen dioxide produced from car engines, power plants, and other industrial processes, is thought to exacerbate respiratory illnesses such as asthma.
(Editor’s Note: Look for the April issue of Wired to read a special section on climate change, entitled, “We Have One Earth — And The Technology To Save It. Go!”)

Autonomous a decade away? What about connected smart apps until then?

Last week saw the big CES show in Las Vegas, where autonomous vehicles took over five years ago; the star then was the Audi A7 self-driving prototype. Many attendees this year were very disappointed that automakers and tech partners have changed their story from the AV Revolution over to cool, connected features being added to new cars.

This topic has been further explored in a Green Auto Market analytical report. Click here to see the market report available for purchase and download.

 

 

Highlights from this year’s CES:

  • Sony unveiled an electric car concept that could set the Japanese tech giant up as a partner for self-driving EVs of the future. The company said sensors are embedded within the vehicle, in order to “detect and recognize people and objects inside and outside the car, and provide highly advanced driving support.” Magna Steyr built prototype, and Sony listed Benteler, Blackberry, Bosch, Continental, Elektrobit, Genetex, Nvidia, Qualcomm, and ZF Friedrichshafen as partners.
  • Along with reminders about its intelligent mobility offerings, Nissan revealed a new twin-motor, all-electric, all-wheel-drive system. It’s expected to debut in Nissan’s first all-electric crossover utility vehicle that may arrive in the US in 2021. Called e-4ORCE, the new system will deliver high-torque, precision handling and stability, Nissan said. This will be possible by optimizing power delivery to each of the four wheels.
  • Toyota’s Woven City was shown off as a prototype community of the future that will be built near Mount Fuji in Japan. The 175-acre site will house an experimental laboratory of future technologies including self-driving vehicles run on hydrogen fuel cells, robots, smart homes and new forms of personal mobility. People will be able to live in this community of the future.
  • Hey there, hardcore gamers:  This year, both Microsoft’s Xbox and Sony’s PlayStation will launch new, next-generation game consoles. Both are scheduled to arrive this holiday season, and both are being slowly finished up for major launches. And you can always get a cutting-edge TV of the future to play the games on and watch your favorite show. Samsung showed off its Q950 8K TV with a minimal 15mm frame and AI processor that can track screen objects and position the sound to match. LG unveiled its latest rollable OLED TV, that can roll down from the ceiling like a projector screen with no need for a projector; there’s also a more affording OLED TV with a smaller 48-inch display.
  • Uber and Hyundai Motor Co. have a new partnership to develop Uber Air Taxis for a future aerial ride share network, and the new partners unveiled a new full-scale aircraft concept. Hyundai is the first automotive company to join the Uber Elevate initiative, bringing automotive-scale manufacturing capability and a track record of mass-producing electric vehicles.
  • Renault is developing a solution enabling automatic and secure interaction and communication between cars and connected objects in homes in partnership with French smart-home startup Otodo. Users will be able to control their home’s connected objects directly from their vehicle’s dashboard, as well as send instructions from their home, using a smartphone or connected speaker, to their connected Renault vehicle to prepare or share an itinerary, and other functions. It will be available in all Renault models that have the new Renault EASY LINK multimedia system, including the all-new Zoe, Clio, and Captur.
  • Hey there, Avatar fans:  Something that could be called “Ava-car” will be launched to promote upcoming sequels to the hugely popular Avatar movie made by the legendary director James Cameron. He spoke at CES to announced an Avatar-themed partnership with Mercedes-Benz, revealing the futuristic AVTR concept car. It offers what the German carmaker sees as the future of automotive design, featuring things like a steering wheel that will “merge” man and machine. AVTR will be able to recognize the driver based on their heartbeat and breathing patterns. The look of the car is based on non-human characters from Avatar’s fictional eco-universe. The seats and floor are made from sustainable materials, and the battery is recyclable, too.

US more energy independent now, Ford Mustang Mach-E electric SUV a star at LA Auto Show

“America is addicted to oil, which is often imported from unstable parts of the world.”
President George W. Bush during State of the Union speech, Jan. 31, 2006 

I had a fascinating conversation with an economist at a social gathering last week. We discussed the impact of oil imports and exports on the global economy — especially its impact on US energy independence and climate change policies. The US has entered a new place in the world’s oil supply, now exporting more oil than importing it — and less vulnerable to occasionally turbulent global oil prices than was the case years ago.

This economist finds it quite ironic that two other countries have reputations for supporting sustainability and other forward-thinking policies, but are also leading global oil exporters. The US will have to face this scrutiny as well, he said.

One of them is Norway, a leading backer of the UN’s Paris agreement on climate change, and the most impressive nation in the world for per capita electric vehicle sales; along with generous government incentives for EV purchases and charging infrastructure.

Norway was the 13th largest global oil exporter last year, at 1,254,920 barrels per day.
It was named the 20th most oil dependent country in the world during 2016 in another study, with 3.84 percent of its GDP coming from oil revenue, and fuel exports making up 53 percent of its merchandise exports that year. About 45 oil wells were drilled in 2018, up from about 30 in 2017.

Canada, the second nation mentioned by the economist during our conversation, is recognized for having the best healthcare system in the world and for being proactive on climate change through its government’s policies. However, it was the fourth largest oil exporter in the world last year.

Canada exported 3.5 million barrels of oil per day to the US in 2018, 96 percent of all Canadian crude oil exports, according to Natural Resources Canada. Canada supplied 43 percent of US oil imports last year; followed by Saudi Arabia, Mexico, Venezuela, and Iraq.

The US was the eighth largest oil exporter last year. Saudi Arabia and Russia were No. 1 and No. 2. Saudi Arabia has much larger export volume than any other country in the world.

2018 Largest Oil Exporters — Barrels Per Day

1. Saudi Arabia — 8,300,000
2. Russia — 5,225,000
3. Iraq — 3,800,000
4. US — 3,770,000
5. Canada — 3,596,690
6. UAR — 2,296,473
7. Kuwait — 2,050,030
8. Nigeria — 1,979,451
9. Qatar — 1,477,213
10. Angola — 1,420,588

Sources: CIA World Factbook and US Energy Information Administration

The US is not an oil-dependent country on the import vs. export ratio as of 2019, but the addiction to petroleum continues. On the bright side, the US is less dependent on OPEC, the league of oil producing nations that caused energy and economic chaos in the US twice in the 1970s (along with the Iranian revolution in 1979) — and that continues to be a major power player in the global oil market.

The US is now exporting crude oil to more nations than it’s importing from, the Energy Information Administration said in a new analysis in late October. During the first half of the year, US crude oil exports average 2.9 million barrels per day, according to the EIA, a number that’s gone even higher in the second half of 2019. In the first seven months of this year, the US imported oil from a maximum of 27 nations during a given month; that had gone as high as 37 nations a decade earlier.

A surge in domestic production has made the US a crude oil export powerhouse, a goal that had been the basis of the Bush administration’s energy policies in the previous decade that first created the Energy Policy Act of 2005; and with some of it carried over to the Obama administration. Bush’s famous State of the Union quote on oil addiction has been used as both an irony (raising the question: How serious was the Bush administration on weaning the US off petroleum?), and supporting moves to stabilize US energy through reducing oil imports from countries like Iraq and Kuwait where America had sent troops to; and other countries, especially OPEC members, with hostile attitudes and actions toward the US.

The Energy Policy Act promoted US nuclear reactor construction through incentives and subsidies — which has since been discredited and sidelined following Japan’s Fukushima Daiichi nuclear disaster in 2011. The Act also provided loan guarantees to entities that develop or use innovative technologies that avoid the by-production of greenhouse gases.

The Act also launched the Renewable Fuel Standard that requires transportation fuel sold in the US to include a minimum volume of renewable fuels. The RFS was expanded and extended in the Energy Independence and Security Act of 2007. These federal laws were where standards came from governing the amount of biofuel that must be mixed with gasoline sold in the US. It soon because the source of a battle between oil companies and refineries versus corn farmers and ethanol producers.

Crude oil is produced in 32 US states and in US coastal waters, according to EIA. In 2018, about 68 percent of total U.S. crude oil production came from five states. Texas is the leader with 40.5 percent of domestic oil coming from that state. North Dakota was the second largest at 11.5 percent, followed by New Mexico at 6.3 percent, Oklahoma at 5 percent, and Alaska at 4.5 percent of domestic crude oil last year.

It’s one of the reasons gasoline is much cheaper in Texas than other states that have to ship and pipeline over their oil and might have state regulations that raise the price at the pump. For example, gasoline recently has been more than $4 a gallon at some California gas stations. In Texas, it’s been a little bit over $2 a gallon.

The US has seen its supply of oil and natural gas surge over the past dozen years through domestic wells and with natural gas coming much more from shale gas fields. Hydraulic fracturing (“fracking”) has been the key driver of change in domestic fuel — where oil and gas are extracted from tiny pores in rock formations coming from shale, sandstone, and limestone. Fracking breaks up the rock in formations creating pathways drawing out oil and gas from the rock layers. It involves forcing water, chemicals, sand, or other materials under high pressure into the wells. Steam, water, or carbon dioxide (CO2) can also be injected into a rock layer to help oil flow more easily into production wells.

Fracking has been the source of public protests and litigation from environmental groups, pushing the federal government to enforce regulations. It won’t be going away anytime soon with advocates insisting its become safer and an economical use of clean energy. Critics say fracking brings devastating consequences to drinking water supplies, air pollution, releasing more greenhouse gases, and triggering earthquakes.

More recently, new applications of fracking technology and horizontal drilling have led to the development of new sources of shale gas that have offset declines in production from conventional gas reservoirs, and has led to major increases in reserves of US natural gas. Oil supply has been helped by the Trump administration weakening environmental regulations for offshore and land oil drilling.

What does it mean for transportation fuel in the US going into next year?

The EIA expects regular gasoline retail prices to average $2.65 per gallon in November and fall to $2.50 per gallon in December. The agency forecasts that the annual average price in 2020 will be $2.62 per gallon. EIA expects that Brent and West Texas Intermediate oil prices will see gradual changes next year — up to $65 per barrel compared to $61 this year for Brent; WTI prices are expected to be about $4 per barrel lower than Brent in late 2019 and throughout 2020.

The US Dept. of Energy’s Alternative Fuels Data Center sees price stability for these fuels since 2014 — compressed natural gas, liquefied natural gas, propane, electricity, ethanol (E85), and biodiesel (B20 and B99-100). Gasoline and diesel have seen more fluctuation in the past five years, but have stayed within a $2 to $3 per gallon national average (with diesel slightly over $3 lately).

Electric vehicle sales are down now in the US, and fuel-efficient smaller cars and crossovers have been down in sales compared to trucks and SUVs since oil prices plummeted downward in 2014.

Spiking oil prices in 2008, and periods of turbulent pricing in 2010 through 2012, helped automakers sell smaller vehicles, EVs, hybrids, and smaller crossovers. All of that changed in 2014 when oil prices plummeted downward — and gasoline and diesel pricing also dropped — helping pickups and SUVs take the lead in new vehicle sales.

Being less dependent on oil imports has helped US gasoline and diesel prices remain stable and less prone to price spikes than a decade ago — less affected by decisions made by OPEC and disruptive events in key supplier markets. It also raises the bar on making the case for consumers and fleets to purchase new vehicles powered by electricity, hydrogen, propane autogas, natural gas, and renewable fuels.

And in other news……..
Ford is rolling out the 2021 Ford Mustang Mach-E electric crossover SUV at this week’s LA Show press days. It will have two different battery sizes, with one of them having the capacity to go up to 300 miles per charge. Buyers can also choose from rear-wheel drive, all-wheel drive, and different power outputs. Ford thinks the Mach-E will make a big splash, its first ever all-out competition against Tesla and the majors, tapping into the performance history and style of the Mustang. EVs are expected to play the leading role at this year’s LA Auto Show product launches, with the Audi E-Tron Sportback and, post-show, Tesla’s Cybertruck. Overall, new SUVs/crossovers will be the leading vehicle classification on display.

California announced yesterday that it will halt all purchases of new vehicles for state government fleets from General Motors, Toyota, Fiat Chrysler, and other automakers backing the Trump administration in a battle to strip the state of authority to regulate tailpipe emissions. It’s been a good market for OEMs on the fleet side; between 2016 to 2018, the state said it purchased $58.6 million in vehicles from GM, $55.8 million from Fiat Chrysler Automobiles, $10.6 million from Toyota, and $9 million from Nissan.

Volkswagen’s Electrify America announced today an agreement with Lyft to provide the ride-hailing company’s Express Drive program renters of electric vehicles with convenient and included charging on its DC fast charging network. Express Drive is Lyft’s short-term car rental program that gives people wanting to drive on its platform access to an electric vehicle through its rental providers.

Test projects may be tipping point for mobility, Uber and colleagues battling California labor law

Here’s the final commentary in a series on predictions that 2030 will be the watershed year to watch for when vehicles, transportation, and the entire auto industry itself will look quite different than it does today.

 

This topic has been further explored in a Green Auto Market analytical report. Click here to see the market report available for purchase and download.

 

And in other news……..

Uber and other mobile apps fighting California’s new labor law:  California’s leading mobile app companies — Uber, Lyft, DoorDash, Postmates, and Instacart — will be fighting the state’s new law, AB 5, that was approved and signed by the governor in September. AB 5 will essentially be making drivers employees after it becomes enacted on January 1. The Silicon Valley mobility companies are backing what’s called the Protect App-Based Drivers & Services Act, which will become a ballot initiative for the November 2020 election once enough Californians sign a request to have it placed on that ballot. Uber, Lyft, and DoorDash have each contributed $30 million to get the initiative approved by voters; Postmates and Instacart are each contributing $10 million. If enacted, their law would cancel AB 5; it’s being written to ensure drivers and couriers can continue to be independent contractors with flexible work hours. Drivers have been marching in support of the new initiative, which will have incentives built in such as guaranteeing they receive at least 120 percent of minimum wage while on the job. It would reverse the new rules that AB 5 has created for the state. Legal battles are likely to take place in the state’s courts, with class-action lawsuits for workers and suits filed by the mobile app companies attempting to thwart AB 5. For now, Uber and the other Silicon Valley startups are being quiet about how their drivers will be treated after January 1 — if the companies will follow AB 5, or if it will be ignored as they scramble to organize their lobbying and legal battles.

Ford v Ferrari:  For car buffs and racing fans, “Ford v Ferrari” will be a real treat. Released in theaters this coming Friday, the movie dramatizes the 1966 Le Mans 24-hour endurance race, where legendary designer Carroll Shelby’s Ford GT40 was able to knock out reigning champion Ferrari. Mat Damon plays Shelby and Christian Bale plays maverick driver Ken Miles. The filmmakers borrowed cars shown in the film from California-based Shelby Legendary Cars and its parent company, Superformance.

Uber and Lyft riders not happy with LAX:  Airline passengers coming in to Los Angeles International Airport (LAX) have to wait longer now to get into their Uber and Lyft rides. Uber and Lyft passengers can no longer wait for the car to arrive curbside at terminals; they have to get on what’s called the LAX-it shuttle and be taken to an offsite station to meet their drivers. The airport continues constructing a major changeover, with a new people mover being set up to carry passengers across the expanding terminals. LAX ground transportation guidelines have been changing for a few years now, and passengers have become more agitated with the wait time and gridlock at the airport with continued construction and roadblocks. Airport administrators hope that setting up the new ride-hailing station will reduce traffic overall for drivers dropping off, and picking up, family and friends on the LAX terminal loop. Getting a ride from Uber and Lyft had been a convenient, cost effective transportation option in the past few years. That’s all changing now, with much of that efficiency being taken away. Air travelers and those driving them have been avoiding LAX whenever possible as traffic has gotten worse. Solutions for travelers include going to another nearby airport whenever possible. However, many cross country and international flights have to go in and out of LAX — and not the Orange County, Long Beach, or Ontario Airports. So changes at LAX greatly affect regular travels living and working in the LA and OC area. For taxi, chauffeured transportation, and shuttle operators, LAX’s changes affecting Uber and Lyft are just deserts for stringent and costly regulations imposed on them for several decades by airports and cities. Uber and Lyft are facing more regulations and fees in London, and the companies can expect government entities around the world to extend more of their own rules and fees as ride hailing continues expanding rapidly in these markets.

BYD Co. and Toyota Motor Corp. announced last week that they have signed an agreement to establish a joint company to research and develop battery electric vehicles (BEVs). The new R&D company, which will work on designing and developing BEVs (including platforms) and related parts, is anticipated to be established in China in 2020, with BYD and Toyota to evenly share 50 percent of the total capital needed. Additionally, BYD and Toyota plan to staff the new company by transferring engineers and the jobs currently involved in related R&D from their respective companies.

How a major oil refiner is earning GHG credits in California

For anyone wondering how things are going in California with compliance to AB 32 and the 2016 revision demanding that greenhouse gas emissions be scaled back 40 percent to 1990 levels by 2030, here’s a quick case study. Marathon Petroleum Co. is asking for permission to generate Low Carbon Fuel Standard (LCFS) credits at its Tesoro refinery in Martinez, located in the East Bay of the San Francisco Bay Area. California Air Resources Board posted a refinery project application for public comment on Sept. 20, which will close on Sept. 30, 2019.

You can read CARB’s summary of the project, which the agency said it plans to endorse if all the received comments are addressed satisfactorily by Marathon. In 2017, the company took on an electrification project that replaced a natural gas-fired turbine with an electric motor that drives the refrigeration compressor at the alkylation unit. The project also reduces criteria air pollutants and toxic air contaminants emitted by the refinery. (By the way, the Tesoro brand name is going away following a 2017 rebranding as Andeavor Corp. and a $23.3 billion merger last year of Andeavor and Marathon. Now everything falls under the Marathon corporate logo.)

The Martinez refinery has crude oil capacity of 161,000 barrels per calendar day (bpcd), and employs about 740 workers. Marathon’s other California location, the Los Angeles Tesoro refinery based in Wilmington, has crude oil capacity at 363,000 bpcd, about 1,620 employees, and is the largest refinery on the west coast. Marathon is earning additional LCFS and other California credits at the Watson Cogeneration Plant located within the Wilmington refinery’s complex. The  cogeneration plant produces 400 megawatts for local refineries and sells excess electricity to the local utility grid. Marathon and Tesoro bought former majority owner BP’s share in 2012.

Marathon explained to investors in its annual report that the company has to meet compliance with the state’s stringent climate change and clean air rules — and LCFS credits and the state’s cap and trade quarterly auction system are the best ways to hit the target. “We may experience a decrease in demand for refined products due to an increase in combined fleet mileage or due to refined products being replaced by renewable fuels. Demand for our refined products also may decrease as a result of low carbon fuel standard programs or electric vehicle mandates,” Marathon said in its 2018 annual report.

The LCFS requires a gradual reduction in carbon intensity, reaching a 10 percent reduction in 2020, and last year CARB extended that out to 20 percent by 2030. CARB sees LCFS working well, helping the state meet its 3 percent annual GHG reduction targets and helping to clean the air at some of the nation’s most polluted metro zones. It’s also spurred innovation in low-carbon transportation fuels such as hydrogen, electricity, biodiesel, and renewable natural gas.

Oil companies and refineries have done their share of pushing the state to rollback some of the stringent and costly requirements that the oil industry (and others such as power plants) has to meet. But more of the battle was against farmers and ethanol producers over blocking extending the national E-10 gasoline standard to E-15 or higher. California’s compliance options have been more viable for some of the oil companies and refineries.

In June, CARB reached a $1.36 million settlement with Tesoro and owner Marathon for violating the LCFS. The company had informed CARB of its misreporting of its transportation fuels sold in California. Marathon does seem to accept the challenges of doing business in California and probably won’t be pulling the shutters on its refineries anytime soon. While there are less expensive states to do business in, California is a major market for oil shipping, refining, and keeping gas stations supplied.

It’s been a win-win scenario for California with GHG reductions and well-funded clean transportation and renewable energy programs coming from compliance. In October, CARB approved a $483 million plan to fund clean car rebates, zero-emission transit and school buses, clean trucks, and other innovative, clean transportation and mobility pilot projects. Of that total, $455 million came from the cap-and-trade program, and the remaining $28 million came from the Air Quality Improvement Program. Another recent contribution came from $92 million in LCFS credit funds supporting transportation electrification in 2016.

California’s LCFS is being adopted in other states and Canada, and its ZEV mandates and clean vehicle incentives have followed a similar path. The state led a federal lawsuit filing on Friday that includes 22 other states against the Trump administration’s move to revoke their rights to enact fuel economy and emissions rules outside the national standard. It includes those 13 states that had joined California’s coalition following its vehicle emissions rules — but it also includes states like Michigan, Wisconsin, and North Carolina that Trump had won in the 2016 election. It’s a an age-old battle in the US: state rights vs. Washington’s ultimate power; and it shows the wide polarity between the Trump administration and the state of California.

Toyota rolling out new EV lineup, Renault refreshes ZEO

Toyota EV lineup based on new platform:  Toyota is working hard at shedding its image as a major automaker lagging way behind on electric vehicles. The company has unveiled six new battery electric vehicle concepts it will roll out before 2025.
The new electric vehicles, with the working name of EV-e, will have long wheelbases, plenty of interior space, camera mirrors, and ventilated front corners with automated driving sensors. The company is showing off life-sized clay concepts to tell the story. They represent a lineup that Toyota designers have been working on since 2016, based on the Toyota New Global Architecture (e-TNGA) modular platform
It ties into a previously announced larger goal of bringing more than 10 EVs to the market by the early 2020s. One of these, the electric C-HR subcompact crossover, will come out next year and will be based on the existing nameplate; and there will be other electric versions of its lineup.
Toyota expects demand for EVs to go way beyond cars and sedans. The e-TNGA platform will potentially house EVs that could include a three-row SUV, a sports car, and a small crossover.

Fuel cell vehicles getting ready to take off in China:  The man credited with bringing electric vehicles to China is now focusing on hydrogen fuel-cell vehicles.
China’s science and technology minister, Wan Gang, a former Audi executive, will be continuing the country’s subsidy program for hydrogen-powered vehicles as EVs see incentives wane and phase out next year. He’ll be leading the Chinese government committing resources to developing fuel-cell vehicles.
“We should look into establishing a hydrogen society,” said Wan, who’s now a vice chairman of China’s national advisory body for policy making, a role that ranks higher than minister. “We need to move further toward fuel cells.”
Shares of some hydrogen-related companies rose after Wan’s interview was published on June 9. Wan has a lot of influence on the market, being credited with leading China into becoming the dominant EV market in the world with half of its sales.
Wan sees electric cars dominating inner-city traffic in the near future, while hydrogen-powered buses and trucks could become commonplace on highways for long-distance travel.
He understands that fuel-cell vehicles have quite a long way to go with only about 1,500 of them on Chinese roads, versus more than 2 million battery electric vehicles. He’s championed three selling points that will carry over to hydrogen-powered vehicles: boosting economic growth, tackling China’s dependence on oil imports, and its mounting levels of air pollution.
He dismisses the list of roadblocks that typically come up over fuel-cell vehicles going mass market.
“We will sort out the factors that have been hindering the development of fuel-cell vehicles,” Wan said.
It’s no secret that the 66-year-old began his return to China by studying and researching the fuel cell industry himself—he developed three FCVs under a series called Chao Yue (meaning “to surpass”) during his time from 2003 and 2005 (link in Chinese) as chief scientist for China’s 863 Program.
Toyota Motor Corp. will supply its fuel cell vehicle technology to major Chinese automaker Beijing Automotive Group Co. (BAIC) as it seeks to expand business in the world’s largest auto market. BAIC’s commercial vehicle division will manufacture buses powered by Toyota’s fuel cell system. The production of the buses may increase toward the 2022 Winter Olympics to be held in Beijing.

News Briefs:
New Zoe:  Renault’s deal with Fiat Chrysler Automobiles appears to be over for now, and life goes on. The French company just unveiled a refreshed version of this popular Zoe small electric car. The company says it will be getting 242 miles per charge based on the new WLTP conditions.WLTP was released nearly two years ago by a United Nations working group to resolve criticism of the previous NEDC standard. It’s goal is to provide uniform and more realistic test conditions worldwide. Extra power and range will come from a 52 kWh battery, and a powerful 100kW electric motor. It also has a restyled exterior and new colors.

Volvo working with NVIDIA:  The Volvo Group has signed an agreement with NVIDIA to jointly develop the decision making system of autonomous commercial vehicles and machines. The two companies want to bring autonomous trucking and freight hauling to highways built on NVIDIA’s full software stack for sensor processing, perception, map localization and path planning It could serve a wide client base in freight transport, refuse and recycling collection, public transport, construction, mining, forestry, and more. Separately, Volvo is tasing out what it’s named Vera, an electric, autonomous truck being tested moving goods from a logistics center to a port terminal in Gothenburg, Sweden. It’s part of a new collaboration between Volvo Trucks and the ferry and logistics company, DFDS.

EVs at Disneyland:  Anaheim Resort Transportation (ART) will be bringing 40 BYD all-electric buses to its fleet serving Disneyland. Visitors to California’s most popular theme park can manage admission tickets, public and private transportation all in one app. ART’s new app RideART combines everything necessary for a seamless trip to Disneyland’s Star Wars: Galaxy’s Edge.

Volvo and Uber:  Volvo Cars and Uber are jointly developing production-level autonomous vehicles, the next step in their strategic collaboration that started in 2016. For now, the Volvo XC90 SUV that was just displayed is the first Volvo production car that in combination with Uber’s AV system is capable of fully driving itself. The XC90 base vehicle is equipped with key safety features that allow Uber to easily install its own self-driving system, enabling the possible future deployment of self-driving cars in Uber’s network for shared rides.

It ain’t over till it’s over:  CEO Elon Musk and his company have been hit hard in the past year on several fronts, but new vehicle sales is offsetting some of that damage. Edmunds.com estimated that Tesla’s May sales were up 71 percent from the same month last year, which is much higher than any other automaker selling any kind of vehicle in the U.S. market. It was the central theme at Tesla’s annual shareholder meeting on Tuesday. Scrutiny has been pervasive recently about a poor quarterly earnings report and battery fires in Teslas. Some car shoppers aren’t happy with window sticker prices, but long-term, it’s not really an issue, the CEO said. “I want to be clear: there is not a demand problem,” Musk said at the beginning of his presentation. “Absolutely not.”