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Sunday, October 31, 2021

China’s Popular Electric Vehicles Have Put Europe’s Automakers on Notice - The New York Times

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By selling battery-powered S.U.V.s and luxury sedans in places like Germany and Norway, China is striving to become a force in the global auto industry.

FRANKFURT — The name MG used to be synonymous with spirited but finicky sports cars from Britain. Nowadays the iconic octagonal badge serves a different kind of motoring ambition: China’s push to become a big player in the global auto market.

SAIC Motor, one of China’s Big Four automakers, bought the MG brand in 2007 and is stamping it on a line of electric sport utility vehicles on sale in Germany and other European markets. MG is an example of how Chinese carmakers are exploiting the shift to electric cars to challenge the American, European and Japanese carmakers that have long dominated the industry.

The Chinese automakers are arriving as electric cars surge in popularity, accounting for almost 10 percent of new car sales in Western Europe, and consumers are in a mood to buy, with savings built up during the pandemic. At the same time, car manufacturers are cutting back production because of shortages of microprocessors.

MG already has 350 dealers in 16 European countries and is still expanding. Two other Chinese automakers, Nio and BYD, are moving into Europe by way of Norway, the world’s most electrified large car market.

Nio, based in Shanghai, opened a dealership in Oslo at the end of September, the company’s first outlet outside China. BYD, based in Shenzhen, delivered an electric S.U.V. called the Tang, to the first Norwegian customer in August.

Felix Schmitt for The New York Times
Felix Schmitt for The New York Times

Great Wall Motor, another Chinese manufacturer, has announced plans to start selling a battery-powered compact and a hybrid S.U.V. in Europe next year.

Polestar, which is based in Sweden but belongs to Geely Holding of China, has been selling a Chinese-made battery-powered model in Europe and the United States since 2020. And many of the Teslas on European roads were imported from the company’s factory in Shanghai. (That will change once the company finishes building a factory near Berlin.)

Foreign automakers like Volkswagen, Mercedes-Benz or General Motors sell millions of cars in China, so they can hardly complain when Chinese automakers encroach on their turf. Even though China is the world’s largest car market, its brands have only a sliver of the international market. Even buyers in China prefer foreign brands, although local carmakers are growing quickly and have captured more than 40 percent of the domestic market.

Still, the appearance of Chinese-made autos in Europe is another ominous sign for established carmakers that are already having enough trouble making the transition from internal combustion engines to batteries. The Chinese automakers also have the United States in their sights, although their impact so far has been minimal. Slovakia supplies more cars to the U.S. market than China.

The Chinese carmakers learned the trade from European companies they are now challenging. The Chinese government has long required foreign carmakers to operate via joint ventures with domestic companies, and to share know-how.

Sun Yilei/Reuters

SAIC, MG’s owner, has been Volkswagen’s partner in China since 1984. Now MG is moving into Volkswagen’s heartland. MG is advertising its ZS, a compact electric S.U.V., at a starting price of 30,420 euros, or about $35,400. When government incentives for electric vehicles are included, the car can be had for around €24,000. That is €4,000 less than the least expensive version of Volkswagen’s compact electric S.U.V., the ID.4.

“The sous chef is opening his own restaurant,” said Matthias Schmidt, an analyst in Berlin who tracks the European electric car market.

MG said in a statement that its cooperation with Volkswagen remained a “win-win strategic partnership.”

Europe is a notoriously difficult market for foreign carmakers. Just ask Ford Motor, which has only 4 percent of the European Union market, or Toyota, which has a little more than 6 percent despite its heft in the rest of the world.

Earlier attempts by Chinese automakers to break into Europe failed. In 2013 Qoros, a start-up Chinese brand, announced plans for a network of dealerships in Europe but opened only one.

The timing may be better this time. Sales of electric cars, the technology the Chinese are emphasizing, have doubled since 2020 in Europe despite a slump in the overall market. Around 9 percent of new cars sold in Western Europe through August, or 644,000 vehicles, were battery powered, Mr. Schmidt said. Including plug-in hybrids, the share of electric vehicles was 18 percent.

Lena Mucha for The New York Times

Demand for affordable electric vehicles has outstripped supply, said Julian Emrich, a dealer in Bietigheim-Bissingen, Germany, north of Stuttgart. “A lot of people were interested but there were no products, at least not products with a normal price,” Mr. Emrich said.

When an MG representative sent him an email asking if he wanted to become a dealer, Mr. Emrich said, “it was exactly what I was waiting for.” Unlike most traditional automakers, MG did not require him to buy the vehicles up front. MG supplies the cars and the dealers earn a commission when they sell one.

Unclear is whether fussy European buyers will buy a Chinese car. When an MG representative approached Rumpel & Stark, a Ford dealership in the north Bavarian town of Unterpleichfeld, about selling the Chinese brand, the general manager, Bastian Stark, was skeptical. He demanded that the rep hand over the keys to the MG he had arrived in.

Rumpel & Stark’s mechanics gave the MG a thorough going over. Their verdict: thumbs up. “They said this car is good,” Mr. Stark said, noting that the MG is equipped with parts from established suppliers like Bosch, Valeo and Continental, all of which have large operations in China.

Rumpel & Stark agreed to add MGs to its showroom and sold three hybrids before even putting up a sign. Buyers were attracted by the price and the relatively short delivery times. “I have not done any marketing at all,” Mr. Stark said.

The European market is starved for vehicles because of the global semiconductor shortage. The wait time for an MG hybrid is only four weeks, and three months for an all-electric model, “which is pretty much OK compared to other brands right now,” Mr. Stark said.

Waits for many European brands can be much longer, especially for lower-priced models. Carmakers like Renault are allocating scarce chips to higher-end vehicles, which generate more profit.

While the market may be ripe for Chinese electric cars, the political timing may not be so ideal. Many European leaders share their American counterparts’ concern about Chinese trade practices, accusing Beijing of subsidizing companies to give them an unfair advantage in international competition.

Sun Yilei/Reuters

The Chinese government has invested heavily in electric vehicle technology, helping to establish a vast network of suppliers to feed the manufacturers.

After national elections in September, German political leaders are negotiating to form a government that is likely to include the Green Party, which favors a harder line against China than Angela Merkel, the departing chancellor. MG may be particularly vulnerable to concerns about the mingling of government and corporate interests because its parent company, SAIC, is majority owned by the state.

European carmakers are watching the Chinese rivals warily. “We take every new player extremely seriously,” Martin Daum, a member of the management board of the auto and truck maker Daimler, said in an interview. “On the other side we are never afraid of competition.”

The German Association of the Automotive Industry replied to questions about the Chinese carmakers with a statement saying countries should observe World Trade Organization rules, which forbid government subsidies designed to give companies a competitive edge.

“It is important to maintain open markets and a level playing field,” the association said.

MG said it “follows market-oriented mechanisms and abides by relevant laws and regulations.”

The Chinese automakers style themselves as international brands and downplay their origins. MG retains some of its Britishness by designing cars in London. Nio’s global design center is in Munich, while Polestar is based in Goteborg, Sweden, near Volvo Cars, which Geely also owns.

Thomas Ingenlath, a German who is Polestar’s chief executive, said that all car companies tried to sell their products abroad, and that there was nothing unusual about what Chinese companies were doing.

“It’s an absolutely normal thing,” Mr. Ingenlath said at the international car show in Munich in September. “Car brands, wherever they are located, have export business.”

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New Ken-Arnold hoping to combat bathroom vandalism with electronic hall pass - TribLIVE

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Vandalism in bathrooms and the inability to have cameras in those spaces is leading New Kensington-Arnold School District to try a new method to catch those responsible.

The district will start using an electronic hall pass system at Valley Junior-Senior High School, which then could work its way into other schools, Superintendent Chris Sefcheck said.

The problem is primarily at the high school, Sefcheck said.

At a recent meeting of the school board’s Buildings and Grounds committee, Business Manager Jeff McVey said bathroom vandalism is “a real problem,” with students tearing soap and paper towel dispensers off the walls.

They cost about $40 each, said William “Muzzy” Colosimo, who, among several other roles, is the district’s facilities and maintenance director.

Colosimo said some of the vandalism was tied to the “Devious Licks” TikTok challenge, a national social media trend that dared children to vandalize schools, most often bathrooms.

He said it has not been a problem at Martin and H.D. Berkey elementary schools, which together house kindergarten through second grades, but it has been an issue at Roy A. Hunt, housing third through sixth grades and where Colosimo said it’s all been tied to TikTok.

In response to the trend, TikTok said it was removing such content.

Colosimo said the damage is being done by certain students. “We just can’t catch them,” he said.

Sefcheck said the electronic hall pass, or e-hall pass, would be a way to track students so school officials know who goes to the bathrooms and when.

Before going to a bathroom, a student would have to apply for a pass on their tablet or phone. A teacher then would have to approve the request.

Teachers are being trained in its use, and high school students will begin using it in November, Sefcheck said.

“We’ll see how it works there,” he said.

Brian C. Rittmeyer is a Tribune-Review staff writer. You can contact Brian at 724-226-4701, brittmeyer@triblive.com or via Twitter .

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Saturday, October 30, 2021

Maine buyers amped about electric vehicles, but supplies weak - Lewiston Sun Journal

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Adam Lee, chairman of Lee Auto Malls, stands by an electric car charging station Saturday at the Honda dealership in Auburn. The dealership, like many others, is having trouble meeting demand for all vehicles, including electric. The city of Auburn parking garage in downtown Auburn, Central Maine Community College in Auburn, the Oxford Hills Comprehensive High School in South Paris, Hannaford supermarket in Farmington and the Ricker Memorial Library in Turner are among the public electric vehicle chargers in the area. Anna Gouveia/Sun Journal

AUBURN — As soon as one of those quiet, high-tech electric vehicles lands on the car lot at Lee Auto Mall or Rowe Auburn, “they’re gone. Consumer interest is growing every day,” said Rowe salesman Agazy Abraham.

The inventory of electric cars and plug-in hybrid vehicles is low.

“There is plenty of demand, said Adam Lee, chairman of the board of Lee Auto Malls. “It’s caught people by surprise, there’s no cars.”

The shortage isn’t just electric cars, it’s all inventory because of the global computer chip shortage, Lee said. But all-electric and electric hybrids are hot these days, and the rebates and tax credits that go along with them is just one sign. (See related story.)

Normally for every 100 conventional gas cars “we might have four electric cars, about 4% (on the lot). If you take that 100 down to 10, now you don’t have any electric cars. I have three (Nissan) Leafs coming in the next month. They’re all sold,” said Lee.

To help the environment and use less gasoline, more drivers are considering buying electric. But the computer chip shortage that the auto industry is dealing with means a tight supply, Lee said.

Dealerships expect more electric vehicles and hybrid plug-ins like the new, all-electric Volkswagen ID4 and plug-in hybrid Hyundai Santa Fe will soon arrive. In many cases, customers are ordering them and waiting for the vehicles to arrive, Lee said.

Statewide, all-electric vehicles and plug-in hybrid electric vehicles, which have both electric and gas motors, make up a tiny percentage of vehicles registered in Maine.

According to the Maine Department of Environmental Protection, Maine has nearly 1.2 million vehicles on the roads; electric vehicles make up less than 1%.

That’s changing.

Efficiency Maine projects that within 10 years, one out of every six vehicles registered in Maine will be all-electric or an electric hybrid plug-in.

Since 2015 the number of EVs and PHEVs registered in Maine has grown more than 300%. (Hybrid vehicles without a plug are not considered electric.)

A Tesla is being charged at a Hannaford supermarket recently in Portland. Bonnie Washuk photo

The number of electric vehicles in Maine that use no gas jumped from 553 in 2018 to 1,491 in 2020; the number of plug-in electric vehicles that use electricity or gas climbed from 1,473 to 2,296 during the same two years, according to the DEP.

Also fueling consumer interest are government financial incentives — rebates and tax credits (see related story) — and national ads, some quite humorous, hitting the airwaves.

Manufacturers are increasing production, said Lynne Cayting, chief of the Mobile Sources Section in the Maine Department of Environmental Protection’s Bureau of Air Quality. “We are going to see a market increase.”

Manufacturers now making EVs or PHEVs include Tesla, Toyota, Ford, Hyundai, Kia, Nissan, Chrysler, Honda, Volkswagen, General Motors, Volvo, Mitsubishi and BMW. More are on the way.

The advantage of a plug-in hybrid is they can go 25 to 40 miles, “on all electric, which for the average person is what you’d drive in a day,” said Lee. “Then they go another 500 more miles on gasoline. That’s a heck of a range. The disadvantage is you’re still burning gas,” he said.

With electric cars that use no gas “you get a range of 250 miles (or more), which for most people is fine most of the time. The advantage is you’re not burning any gas,” Lee said. They can be charged at home, businesses, nonprofit organizations and other locations. “And if you’re driving electric in Maine, charging it up, chances are you’re not using any electricity from coal. It’s clean electricity,” Lee said. That’s confirmed by an EPA web site that allows consumers to enter their EV or PHEV model and ZIP code.

Cayting said the hope is that by 2035, all new vehicles sold will be electric or a mix of electricity and gas, which would create a substantial reduction on pollution. In Maine, 54% of emissions that contribute to climate change comes from transportation, she said. “It’s important for us to transition to electric vehicles.”

Part of transitioning is making sure there are enough public charging stations.

The DEP is conducting a study, with recommendations expected in December, Cayting said, “looking at how do we get there, how do we meet those goals.”

Meanwhile the shortage in vehicles will eventually be resolved when global chip production gets up to speed, Lee said. Recently Toyota announced it is planning to build a chip factory, location not yet known.

Until then, consumers can get the vehicle they want if they’re patient, Lee said. “Call the dealership or make an appointment to come in, tell us what they want,” he said. “We’ll show them different models and put their name on the next one that comes in.”


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Electric cars, airport parking and VidWest on council agenda Monday - Columbia Missourian

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Among items for Columbia City Council consideration Monday are issues relating to electric vehicles, new fire stations, Logboat Brewery expansion and an approach to redrawing ward lines.

Electric vehicle charging

The council is expected to approve funding for a new electric vehicle charging station. The majority of the cost will be covered by the Volkswagen emission settlement. The city of Columbia is proposed to cover 20% of the cost or up to $50,000.

In 2016, a case that claimed Volkswagen violated the Clean Air Act was settled. The company paid $2.9 billion to a national environmental mitigation trust fund. Missouri got $41 million, and it’s managed by the Missouri Department of Natural Resources.

MDNR awarded funding to SuperSonic Transportation to build a four-car charging station at 1401 Creekwood Parkway. The station will have “fast chargers” that allow cars to charge in 40 minutes. The estimated cost for the station is $424,091.

Fire Station 11 construction

Fire Station 11 is expected to gain approval from council to start construction.

Council’s approval would mean ground can be broken for the station in the Deerfield Ridge Subdivision in southwest Columbia, north of the intersection of Scott Boulevard and State Route K.

Council previously authorized the state lot to be purchased and the hiring of architects.

The Columbia Missourian previously reported the new station will include a 10,000-square-foot building with three apparatus bays, living spaces and a police substation.

The total project investment is $2.5 million funded with Capital Improvement Sales tax.

On Thursday, Assistant Fire Chief Brad Fraizer said a 2018 Fire Department risk assessment determined, based on run volume, that east and southwest Columbia would benefit most from new fire stations.

Airport parking

Council will take public comment and discussion for construction of a new parking lot at the Columbia Regional Airport.

The parking lot is part of the airport’s expansion, which includes a new runway and terminal. Airport Manager Mike Parks said staff is asking the city council for permission to move forward so they can design the parking lot.

“We’re probably looking at designing the parking lot as soon as possible then starting construction next year,” said Parks.

The new lot will include 93 standard parking spaces and six American Disability Act spaces.

Logboat Expansion

Logboat Brewery will likely get the go-ahead for expanding its tasting room and bar.

The new tasting room and bar would be 7,550 square feet. The local brewery also is planning a 12,000-square-foot expansion of its production and warehouse area.

Previously, council recommended approval of the permit subject to seven conditions.

Ward lines

Council is expected to vote on establishing a ward reapportionment committee to redraw the lines based on the 2020 U.S. Census. The committee would submit its recommendation no later than Feb. 15.

The ward lines will not be redrawn before the April elections. The city is required to review and redraw districts every 10 years when new census data is released. The goal is to ensure that equal populations are distributed throughout the districts.

A concern raised at the previous council meeting was that any new ward lines be drawn so as not to split up neighborhoods.

VidWest, formerly Columbia Access Television (CAT), might get a new contract with the city Monday night. VidWest has been at council advocating for more funding since 2020.

CAT shut down in 2019, but the council approved a contract giving $35,000 and all of CAT’s equipment to VidWest to take over and revive operations.

VidWest was unable to provide public cable television in the last year, citing issues with the COVID-19 pandemic and Mediacom failing to provide necessary fiber connection to their studio. That has delayed action on the city making any additional service contracts with VidWest.

“Public-access media is a very important component of a well-functioning democracy,” Fourth Ward Councilperson Ian Thomas said.

“A community media center which provides training and production equipment in combination with a cable or internet broadcasting channel can elevate the voices of hundreds of residents whose ideas and positions would otherwise be unheard,” he added.

Thomas has been notably supportive of VidWest in the past, along with First Ward Councilperson Pat Fowler. Thomas said he is hopeful the council will approve a contract with VidWest for 2021-2022 during Monday’s meeting.

Other items

Council will discuss changing the Columbia City Code relating to police officer disciplinary review process. These changes come after Gov. Parson signed into law Senate Bill 26, which contains a police bill of rights.

In addition, in an effort to make City Council more accessible, the Disabilities Commission has proposed a trial period for virtual meetings. The Broadband Task Force, Disabilities Commission and Youth Advisory Council will test virtual meetings during a six-month period.

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Listen to Device Orchestra cover the Ghostbusters theme using electric toothbrushes and a steam iron - The Verge

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An inspired musician can use pretty much anything as an instrument, but this just-in-time for Halloween cover of the Ghostbusters theme song goes in an unexpected direction. Device Orchestra is dedicated to posting music videos recorded solely with the sounds of common household devices. It’s the work of a Finnish YouTuber who’s been creating gadget-powered covers since 2014 (via Wikitubia). This time, Device Orchestra busted out 14 gadgets for its composition — including electric toothbrushes adorned with googly eyes.

One electric toothbrush with pipe cleaners for arms stands front and center, belting out the familiar chorus in a tone comparable to a musically-inclined bumblebee. It might be the star of the show, but it has plenty of backup.

A line of receipt machines mimics the sound of synths, while another electric toothbrush undulates beneath a white sheet. A typewriter clicks away in the background, accompanied by the buzzing of a body trimmer, a nail polishing device, and an epilator (which is a hair removal tool, in case you didn’t know). And even though the iron doesn’t contribute much to the overall composition, it provides the visual effects, pumping out puffs of steam to achieve a spooky vibe.

This cover is probably more satisfying to listen to than the actual Ghostbusters theme. Hearing how the sounds of each device come together is interesting, yet oddly soothing. The wobbling googly eyes are just an added plus.

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Chargie Basic Limits Heat-Related Stress On Electronic Devices - CleanTechnica

Friday, October 29, 2021

Will Smith, Kevin Durant and Sean ‘Diddy’ Combs invest in electric boat startup Arc - TechCrunch

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Arc, a startup that launched 10 months ago with ambitions to electrify everything on the water, starting with a limited-edition $300,000 boat, has captured the attention and capital of some of the entertainment industry’s biggest stars. The startup, which closed a seed round in February led by VC firm Andreessen Horowitz, has brought on several new investors, including funds from Will Smith’s Dreamers VC, Kevin Durant and Rich Kleiman’s Thirty Five Ventures and Sean “Diddy” Combs’ Combs Enterprises.

The new investment, which co-founder and CEO Mitch Lee describes as a strategic round, pushes Arc’s total funding past $7 million. Chris Sacca’s Lowercarbon Capital and Ramtin Nami’s Abstract Ventures invested in Arc’s seed round.

“All of these people, in addition to just being world class at what they do, have a ton of experience building brands and marketing products, and generally cultivating a community,” Lee told TechCrunch in a recent interview.

In short, Combs, Durant and Smith have a sphere of influence that taps into the market that Arc is hoping to reach. The upper luxury segment, in which that first $300,000 boat sits, is not Arc’s end game, Lee explained.

Lee and former SpaceX engineer Ryan Cook co-founded Arc with a plan to develop and sell electric watercraft at various price points and use cases. The company of more than 10 people — many with long stints at SpaceX — started with the hull, Lee explained.

Even though electric boats are quieter, quicker, more reliable and less expensive to maintain, they have not scaled because of three challenges, Lee said. Historically, there hasn’t been a supply chain for batteries needed for boats, the right high-voltage electrical systems and a hull designed to accommodate the weight and volume needed for large battery packs, according to Lee.

“When we approached this we said, we are going to start with a purpose-built hull and purpose-built battery packs that are laid out in a way that makes sense if you were to just start from scratch,” Lee said, noting that the engineering talent from SpaceX has been key to developing the hull and high-voltage electrical system needed.

The company now has a working alpha prototype called the Arc One, a 24-foot aluminum boat that produces 475 horsepower and can run between 3 to 5 hours on a single charge. Arc will produce fewer than 25 Arc One boats.

The Arc One is not aesthetically finished, according to Lee, who noted the attention has been on designing the hull, electrical system and battery packs. But the boat does work; the team recently took it waterskiing. Serial production of the Arc One is expected to begin next month, with the first deliveries to customers occurring early next year.

Arc’s plan is to use the funds from investors to scale its production and develop boats than can be price competitive with gas-powered ones — a strategy employed by Tesla.

“We are not planning to make very many of these, but it sets the tone for what an electric boat can be in this market and it creates a new anchor for us — pun intended,” Lee said. From there, Arc hopes to introduce and start selling a new boat by the end of 2022 that will be directly targeted at consumers in the mass watersports market. While Arc hasn’t set pricing for its next boat, it would need to be around $150,000 to $200,000 to compete with its gas-powered brethren.

The timing of that next boat will depend on the timing and amount of additional capital Arc ends up raising, Lee shared. For now, the company hopes its first boat will charge up demand for its future electric products.

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Stacking the deck: Layers of crystalline nanosheets enable tunable electronic properties - Science Daily

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Boron is a versatile non-metal element, but until the last five years, chemists have only theorized about the useful properties and applications of two-dimensional (2D) boron-containing materials. In a study published this month in the Journal of Materials Chemistry A, a group led by researchers from the University of Tsukuba brought theory to life by preparing the first 2D boron monosulfide (BS) nanosheets, which can be handled layer-by-layer to control their electronic properties.

The inherently large surface areas and diverse electronic states of 2D materials make them good candidates for applications in batteries and other devices. Moreover, combining 2D building blocks into novel materials can allow for greater control over their functionalities. Previous computational studies had suggested that BS in particular could adopt several stable 2D structures with unique properties. Therefore, the researchers fabricated a 1:1 boron:sulfide bulk material, which had a rhombohedral (a three-dimensional rhombus) crystal structure (r-BS), and then stripped away individual nanolayers (2D BS), which maintained the original material's crystalline arrangement.

"Our analysis confirmed what our own calculations had predicted," says research group leader, Professor Takahiro Kondo. "That is, BS nanosheets had a different bandgap energy than the bulk material, and importantly, the bandgap could be tuned based on the number of stacked 2D BS sheets."

The bandgap energy of a material is related to its ability to conduct an electrical current, and it is therefore a key property linked to potential electronic device applications. The researchers found that the bandgap energy of a single BS nanosheet was relatively large, but it decreased successively as they added one or two additional nanosheet layers. The bandgap energy of the stack ultimately reached the level of the bulk r-BS after about five sheets were assembled.

"This feature and light effective-electron-mass of the BS nanosheets indicated that they could potentially serve as n-type semiconductor materials with high conductivity," explains Prof. Kondo, "which makes them unique among other known 2D boron-containing materials that do not have bandgaps."

Because of their distinct bandgap structures, electrodes comprising r-BS or 2D BS responded to different wavelengths of light. The r-BS required lower-energy irradiation (i.e., visible light) to conduct a current and exhibit photocatalytic behavior, whereas the larger bandgap of the 2D BS was only active under higher-energy ultraviolet light.

Indeed, boron is far from boring! These light-induced phenomena highlighted the fact that 2D boron monosulfide materials can be applied in photocatalytic or electronic devices, and importantly, their properties can be tuned as needed by controlling the number of nanosheets.

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Materials provided by University of Tsukuba. Note: Content may be edited for style and length.

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Electric cars don't meed the needs for those in rural in Minnesota - Marshall Independent

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Electric cars don't meed the needs for those in rural in Minnesota  Marshall Independent

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Amazon reveals 20% stake in electric vehicle maker Rivian - CNBC

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An electric Amazon delivery van from Rivian cruises down the street with the Hollywood sign in the background.
Amazon

Amazon on Friday announced a sizable stake in Rivian Automotive, a start-up developing electric vehicles, including the retail giant's commercial delivery vans.

As of Sept. 30, 2021, Amazon held equity investments, "including preferred stock of Rivian Automotive, Inc. representing an approximately 20% ownership interest," which had a carrying value of $3.8 billion, up from $2.7 billion in Dec. 31, 2020, the company disclosed in an SEC filing. Amazon has invested more than $1.3 billion in Rivian to date, Rivian said in a separate securities filing earlier this month.

Earlier this month, Rivian filed its IPO prospectus and said it plans to list on the Nasdaq under the ticker symbol "RIVN." The filing revealed new details about how closely enjoined Rivian and Amazon are. Rivian is expected to hold its IPO in November.

Rivian said Amazon has some exclusive rights to Rivian's electric delivery vehicles for at least four years, and the right of first refusal after that. Amazon has ordered 100,000 vehicles by 2030. The company plans to have 10,000 new electric delivery vehicles from Rivian on the road as early as next year.

Ford Motors also holds a stake greater than 5% in Rivian. Ford executive Alexandra English left the Rivian board in May, the company revealed in a securities filing earlier this month.

Correction: A previous headline on this story incorrectly stated the value of Amazon's stake in Rivian. The $3.8 billion value represents all of Amazon's equity investments not accounted for under the equity method, not just Rivian.

WATCH: Could Rivian be the new Ford killer?

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Electronic Arts Q2 Earnings Preview: FIFA 2021 Is Fueling Outperformance - Motley Fool

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Electronic Arts (NASDAQ:EA) helped keep the world entertained while people were spending a whole lot of time indoors in 2020. The company was rewarded with sales increasing by double digits from the year before.

Impressively, the company is maintaining a higher level of sales as economies reopen. If it can maintain that momentum when it reports another quarterly earnings, it will ease investor concerns that revenue would drop when people have more entertainment options away from home. 

The game manufacturer and seller is set to report second-quarter earnings for fiscal 2022 on Nov. 3. It had a slew of notable game titles released in the current quarter, including one from its most popular franchise, FIFA 2022. The title's predecessor (FIFA 2021) energized its outperformance in the first quarter, and shareholders are hoping the trend will continue.

Two people playing video games.

Electronic Arts is trading at an inexpensive forward price-to-earnings ratio of 21.5. Image source: Getty Images.

New games could keep revenue growing for EA

Interestingly, Electronic Arts increased revenue by 6% in the first quarter versus the year-ago quarter. The fact that it is sustaining higher revenue even as pandemic-related restrictions eased is a good sign for shareholders. It was one thing to get a boost in sales when folks were cooped up at home all year, and it's another to match and beat that level as economies reopen. It's a testament to the company's ability to keep customers engaged with a mix of game sales and services that attach to games. 

The first-quarter results were so good that management raised the target for revenue and earnings per share (EPS) for the rest of fiscal 2022. Management now expects revenue of $6.85 billion and earnings per share of $1.58. The EPS target is $0.24 higher than previously forecasted.

Helping that effort will be a strong slate of new titles releasing in the second quarter, headlined by FIFA 2022, including Madden NFL 2022, F1 2021, and Lost in Random. Sales of those titles will be significant in the second-quarter results it is reporting on Nov. 3. But it will be even more so during the crucial holiday season coming up.

Electronic Arts stock is not expensive 

Analysts on Wall Street expect Electronic Arts to report revenue of $1.75 billion in Q2 and EPS of $1.17. The revenue estimate on Wall Street is slightly below what Electronic Arts management forecasted for Q2 at $1.775 billion. One reason for that could be continued supply shortages of next-generation consoles, which have been sold out for most of the year. Electronic Arts typically derives over 50% of its revenue from console gaming.

Electronic Arts stock is roughly flat in 2021. However, the markets may change its mind and push the shares up if the company can maintain topline growth. Specifically, if early sales from new game releases mentioned above are significantly better than expected, the market will reward the stock. Investors looking to accumulate shares ahead of earnings can feel good about the decision. Trading at a forward price-to-earnings ratio of 21.5, Electronic Arts stock is far from expensive.

This article represents the opinion of the writer, who may disagree with the “official” recommendation position of a Motley Fool premium advisory service. We’re motley! Questioning an investing thesis -- even one of our own -- helps us all think critically about investing and make decisions that help us become smarter, happier, and richer.

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Toyota’s new electric SUV has a solar roof and a steering yoke like Tesla - The Verge

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Toyota released new details about its upcoming electric compact SUV, the BZ4X, which includes an optional solar roof and a steering yoke similar to the one featured in the latest version of the Tesla Model S.

The steering yoke, which Toyota describes as having a “wing-shape,” employs a steer-by-wire system, where there is no mechanical connection between the steering wheel and tires. The yoke only needs to turn up to 150 degrees from side to side and the driver doesn’t ever need to remove their hands. This will eliminate the need to change grips when steering, which the company argues will make U-turns and other maneuvers easier.

Toyota first revealed the BZ4X earlier this year at the Shanghai Auto Show, along with an electric vehicle strategy that the company said will result in 15 new battery-electric vehicles released by 2025.

The BZ4X will be built on a flexible platform that it developed in partnership with fellow Japanese automaker Subaru. (Toyota currently owns a small stake in Subaru.) The e-TNGA platform will enable several characteristics, including a steer-by-wire system, all-wheel drive, improved visibility, and a regenerative braking system that is common among electric vehicles. Toyota said the BZ4X would be released globally by the middle of 2022. Subaru is said to be designing its own electric vehicles built on the e-TNGA platform.

The BZ4X will also come with a standard steering wheel and system, for those not interested in going full yoke. (The Model S yoke has been controversial, with Consumer Reports saying it can make driving awkward.)

The interior of the car features a unique instrument cluster, with the screen set back from the steering wheel in a way that Toyota says will improve driver visibility. The central infotainment screen appears to be floating above the dash as opposed to embedded within it. And there are a number of physical buttons in the center console and on the steering wheel, proof that Toyota is not fully embracing the digital user experience like companies like Tesla.

Toyota’s designers took some inspiration from the hammerhead shark when outlining the BZ4X’s exterior. That said, it still retains a conventional shape and appears to be similar in size to a Toyota RAV4.

It will come with two powertrains: a 201-horsepower front-wheel-drive, and a 215hp all-wheel-drive that will have estimated ranges of 310 and 286 miles per charge, respectively. (Those estimates are based on the global WLTC rating, which tends to be higher than the EPA’s estimates.) The vehicle is equipped with a 71.4kWh battery pack, which is on par with the Volkswagen ID 4 and the Nissan Ariya in terms of energy capacity.

There are other quirky options, including a solar roof that Toyota says can generate electricity “equivalent to 1,800 km of driving distance per year.” It’s also capable of bidirectional charging for vehicle-to-home capacity, much like the Hyundai Ioniq 5 and Ford F-150 Lightning.

The electric SUV is expected to land first in Japan in mid-2022, though Toyota hasn’t said whether it would be available in the US. More details about pricing and production are expected in the coming months.

The news comes on the heels of Toyota’s announcement that it will invest around $13.6 billion in battery tech over the next decade, including a $9 billion investment in production, as it attempts to electrify its vehicle lineup. Although the company was an early leader in gas-electric hybrid cars with the Prius, it reportedly viewed hybrids as a stopgap measure until hydrogen fuel cells became competitive. Now, the company is playing catch-up with the likes of Nissan and has reportedly lobbied to slow the US’s transition to electric vehicles.

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Thursday, October 28, 2021

Electric cars don't meed the needs for those in rural in Minnesota - Marshall Independent

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To the editor:

On average, electric cars cost around $50,000. Every eight years you have to replace the battery for eight years, costing around $8,000. The range is approximately 350 miles. Every year you own the car, the range goes down an average of eight percent every 8-10 years, whether you drive them or not. A fast charger will cost you around $4-5,000 more. You can charge by 120-volt power, but that will make you sit for eight hours.

That is why I say electric cars are OK if you live in a city, but in rural areas, it does not meet the needs of that population. This might change with longer-range batteries, but you cannot count on that.

The reason I say this is if you need to go to, for example, Sioux Falls on a cold Minnesota winter, your range drops. With the battery losing range and wanting to do shopping while you are there, without a fast-charging station you have to book a night at a hotel.

Currently, it is doubtful they will let you plug into the room’s 120-volt outlet.

Paul Vanmeveren

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Stacking the deck: Layers of crystalline nanosheets enable tunable electronic properties - Science Daily

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Boron is a versatile non-metal element, but until the last five years, chemists have only theorized about the useful properties and applications of two-dimensional (2D) boron-containing materials. In a study published this month in the Journal of Materials Chemistry A, a group led by researchers from the University of Tsukuba brought theory to life by preparing the first 2D boron monosulfide (BS) nanosheets, which can be handled layer-by-layer to control their electronic properties.

The inherently large surface areas and diverse electronic states of 2D materials make them good candidates for applications in batteries and other devices. Moreover, combining 2D building blocks into novel materials can allow for greater control over their functionalities. Previous computational studies had suggested that BS in particular could adopt several stable 2D structures with unique properties. Therefore, the researchers fabricated a 1:1 boron:sulfide bulk material, which had a rhombohedral (a three-dimensional rhombus) crystal structure (r-BS), and then stripped away individual nanolayers (2D BS), which maintained the original material's crystalline arrangement.

"Our analysis confirmed what our own calculations had predicted," says research group leader, Professor Takahiro Kondo. "That is, BS nanosheets had a different bandgap energy than the bulk material, and importantly, the bandgap could be tuned based on the number of stacked 2D BS sheets."

The bandgap energy of a material is related to its ability to conduct an electrical current, and it is therefore a key property linked to potential electronic device applications. The researchers found that the bandgap energy of a single BS nanosheet was relatively large, but it decreased successively as they added one or two additional nanosheet layers. The bandgap energy of the stack ultimately reached the level of the bulk r-BS after about five sheets were assembled.

"This feature and light effective-electron-mass of the BS nanosheets indicated that they could potentially serve as n-type semiconductor materials with high conductivity," explains Prof. Kondo, "which makes them unique among other known 2D boron-containing materials that do not have bandgaps."

Because of their distinct bandgap structures, electrodes comprising r-BS or 2D BS responded to different wavelengths of light. The r-BS required lower-energy irradiation (i.e., visible light) to conduct a current and exhibit photocatalytic behavior, whereas the larger bandgap of the 2D BS was only active under higher-energy ultraviolet light.

Indeed, boron is far from boring! These light-induced phenomena highlighted the fact that 2D boron monosulfide materials can be applied in photocatalytic or electronic devices, and importantly, their properties can be tuned as needed by controlling the number of nanosheets.

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Materials provided by University of Tsukuba. Note: Content may be edited for style and length.

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Old Power Gear Is Slowing Use of Clean Energy and Electric Cars - The New York Times

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Some people and businesses seeking to use solar panels, batteries and electric vehicles find they can’t because utility equipment needs an upgrade.

Seven months after workers finished installing solar panels atop the Garcia family home near Stanford University, the system is little more than a roof ornament. The problem: The local utility’s equipment is so overloaded that there is no place for the electricity produced by the panels to go.

“We wasted 30,000-something dollars on a system we can’t use,” Theresa Garcia said. “It’s just been really frustrating.”

President Biden is pushing lawmakers and regulators to wean the United States from fossil fuels and counter the effects of climate change. But his ambitious goals could be upended by aging transformers and dated electrical lines that have made it hard for homeowners, local governments and businesses to use solar panels, batteries, electric cars, heat pumps and other devices that can help reduce greenhouse gas emissions.

Much of the equipment on the electric grid was built decades ago and needs to be upgraded. It was designed for a world in which electricity flowed in one direction — from the grid to people. Now, homes and businesses are increasingly supplying energy to the grid from their rooftop solar panels.

These problems have become more urgent because the fastest way to cut greenhouse gas emissions is to move machinery, cars and heating equipment that currently run on oil and natural gas to electricity generated by solar, wind, nuclear and other zero-emission energy sources. Yet the grid is far from having enough capacity to power all the things that can help address the effects of climate change, energy experts said.

“It’s a perfect violent storm as far as meeting the demand that we’re going to have,” said Michael Johnston, executive director of codes and standards for the National Electrical Contractors Association. “It’s no small problem.”

Jim Wilson/The New York Times

Electric grids are also under strain from climate change itself. California imposed rolling blackouts last year during a heat wave. In February, more than 200 people died after the Texas electric grid collapsed during a winter storm. Then in August, Hurricane Ida toppled electric lines across Louisiana, leaving millions without power for days.

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Ms. Garcia and her husband, Quin, bought their home in Portola Valley a little more than a year ago. They invested in solar because Ms. Garcia, a 37-year-old biotech lawyer, and her husband, a venture capitalist, wanted to do their part to fight climate change.

The Garcias are not pioneers. About one out of 10 utility customers in the state have solar power, according to the California Solar and Storage Association.

So, the Garcias were surprised when their utility, Pacific Gas & Electric, would not allow them to fully use the panels.

The problem is that on sunny days, rooftop solar panels can produce a lot more electricity than is being used in the neighborhoods where they are installed. That can overload electrical transformers, which help regulate and direct the flow of electricity within a neighborhood, forcing them to shut off or blow up. Such problems can be avoided by installing newer transformers that have greater capacity.

Jim Wilson/The New York Times

Barry Cinnamon, the chief executive of Cinnamon Energy Systems, the company that installed the panels on the Garcia home, said such problems were far too common. “My experience and understanding of the way utilities do things is they just wait until the neighborhood is overloaded and then the transformer blows up,” Mr. Cinnamon said.

PG&E apologized for the delay in upgrading the transformer outside the Garcia home, noting that it can take workers up to six months to do so if they are swamped with projects.

During a heat wave in August 2020, an aging transformer at an electrical substation in downtown San Jose, which is about 25 miles from where the Garcias live, blew up. That blacked out the homes of tens of thousands of people, some for days.

The city’s mayor, Sam Liccardo, expressed frustration with PG&E, saying the company’s dated equipment was hampering San Jose’s plan to increase the use of solar panels, electric cars and other new devices. To achieve its climate goals, the city has already banned the use of natural gas in new buildings, the largest local government in the country to do so.

“It’s an infrastructure that’s failing,” Mr. Liccardo, a Democrat, said. “We’re very ambitious. The question is whether there will be a grid ready when we get there.”

Jim Wilson/The New York Times

Mark Esguerra, senior director of electric asset strategy at PG&E, said the company planned to upgrade a lot more of its equipment. Since the failure in San Jose last year, the company has replaced 400 transformers in and around that city, of a total of 62,000 in Santa Clara County. The company added that it supports the use of solar panels by nearly 600,000 of its residential customers and electric cars owned by 360,000 customers.

“We know that our grid is going to look different in a few years,” Mr. Esguerra said.

The big challenge for policymakers and the utility industry is figuring out how quickly to invest in the grid while keeping the energy affordable.

It would cost hundreds of billions of dollars to upgrade the distribution networks across the country to meet the country’s clean energy goals, said Ben Hertz-Shargel, global head of Grid Edge, a division of Wood Mackenzie, a research and consulting firm. That does not include spending on long-distance transmission lines and power generating equipment like solar and wind farms.

Mr. Hertz-Shargel has personal experience with the shortcomings of the electric grid. When he was recently charging his Tesla at his home on Long Island, the electrical equipment that connected the utility’s power line to his home became so hot that it melted.

“I’m the only E.V. on my block and even that modest use was enough to overwhelm the secondary side of the grid on my house,” he said. “It just shows how many weak links there are in the utility distribution system.”

How much money utilities spend on their equipment is determined in a complicated process that involves state regulators who have to approve increases in electricity rates that pay for upgrades.

Bryan Tarnowski for The New York Times

State officials don’t want to raise rates too much because it hurts consumers and could undermine public support for clean energy, said Abigail Anthony, a utility regulator in Rhode Island who also chairs a committee that studies these issues at the National Association of Regulatory Utility Commissioners.

“Not only do the cars and the heating systems need to be affordable,” Ms. Anthony said, “but also the fuel, the electricity, needs to be cheap especially compared to oil, gasoline and natural gas.”

People who are pushing for greater investment say the spending will pay off by saving people money on monthly bills and preventing the worst effects of climate change.

Consider the following example: If all 330,000 households in San Jose gave up using gasoline and natural gas and switched to electric cars, heat pumps and electric water heaters and stoves, the city would use three times as much electricity as it does now, according to Rewiring America, a nonprofit group that advocates grid upgrades and policies to fight climate change.

Jim Wilson/The New York Times
Jim Wilson/The New York Times

But the money San Jose residents and businesses spend on electricity would not necessarily triple or even double, the group contends. That’s because people could generate some electricity through rooftop solar panels and store that energy in home batteries. They could install smart thermostats and appliances to use electricity when it costs less, like at night, said Sam Calisch, head of research at Rewiring America.

Emily Fisher, a senior vice president for clean energy at the Edison Electric Institute, a utility industry trade group, gave another example. Mr. Biden wants electric cars to make up half of new cars sold in the country by 2030. If all of those cars were plugged in during the day when energy use is high, utilities would have to spend a lot on upgrades. But if regulators allowed more utilities to offer lower electricity rates at night, people would charge cars when there is plenty of spare capacity.

Some businesses are already finding ways to rely less on the grid when demand is high. Electrify America, a subsidiary of Volkswagen that operates an electric vehicle charging network, has installed large batteries at some charging stations to avoid paying fees that utilities impose on businesses that draw too much power.

Robert Barrosa, senior director of sales and marketing at Electrify America, said that eventually the company could help utilities by taking power when there was too much of it and supplying it when there was not enough of it.

Ultimately, electrifying cars, heaters, stoves and other equipment currently running on fossil fuels could save an average family $1,050 to $2,585 a year, according to Rewiring America. Those products are more energy efficient and electricity tends to cost less than comparable amounts of gasoline, heating oil and natural gas. Electric cars and appliances are also cheaper to maintain.

“Done right, money can go further toward a more reliable network,” Mr. Calisch said, “especially in the face of increased stress from climate change.”

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Wednesday, October 27, 2021

Newport Pell Bridge converts to all-electronic tolling Wednesday night - Turn to 10

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State officials: Telephone scammers are impersonating electric companies - The Livingston County News

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Marion County Public School volunteer applications going electronic - Ocala News

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Applications will all be available electronically for volunteers across Marion County Public Schools.

According to a Marion County Public Schools press release, the district will begin a new volunteer applications process starting on Monday, November 1.

Any interested volunteers will need to fill out an electronic application that, starting on Monday, will be available through the Marion County Public School volunteer website, or on each school’s homepage.

Each volunteer applicant will then be screened, and a background check will be performed, to make sure that they are cleared to be on campus.

The cost of the background checks will be covered by the district. After review of the application, the district will communicate the results to the applicant.

Hard-copy applications will no longer be required or accepted for anyone wanting to volunteer.

MCPS states that the all-electronic process will allow them to screen the volunteers more efficiently.

For more information, contact the respective school.

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Newport Pell Bridge converts to all-electronic tolling Wednesday night - WJAR

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Global Passive Electronic Components Market - Growth, Trends, COVID-19 Impact, and Forecasts (2021 - 2026) - Yahoo Finance

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The Global Passive Electronic Components Market was valued at USD 31. 54 billion in 2020 and is expected to reach USD 40. 81 billion by 2026 and grow at a CAGR of 4. 5% over the forecast period (2021 - 2026).

New York, Oct. 27, 2021 (GLOBE NEWSWIRE) -- Reportlinker.com announces the release of the report "Global Passive Electronic Components Market - Growth, Trends, COVID-19 Impact, and Forecasts (2021 - 2026)" - https://www.reportlinker.com/p06126859/?utm_source=GNW
The increasing adoption of digitalization coupled with increased connectivity and mobility demand is further increasing the complexity of electronics. This is accelerating the demand for passive components in electronics. The outbreak of COVID-19 in 2020 and its impact on the passive electronic components decreased operation levels across the supply chain on the component production and raw material production level. This represents a fall in sales among various regions and countries. However, the Japanese vendors and allied factories in the region remained stable.

Key Highlights
Consumer electronics holds the highest consumption of inductors. Inductors are used for power supply in various complex circuits, to manage the current, and as a filter to cut off undesirable frequencies.? Consumer goods, such as television sets, wearable devices, and computing devices, keep a steady demand for inductors. However, the newer trend for connected and smart devices is going to see increased circuitry, leading to an increased demand for inductors in the near future. ?
Multi-layered inductors have gained popularity in the market, allowing manufacturers to design different shapes and geometries of inductors based on the requirements from the OEMs of electronic devices. With the consumer electronics industry being driven by the continued innovation in product design, the market is expected to experience more collaborative developments during the forecast period.
Furthermore, the PCB miniaturization, advancements in semiconductor and circuit architectures paved the way for the demand for capacitors in smartphones to increase. On-board capacitor deployments in smartphones are typically in the form of multilayer ceramic capacitors class I or class II technology. With 5G adoption, more capacitors will be demanded to suffice the higher efficiency needs. However, since the circuitry for cameras, motors, and speakers requires higher voltage and frequency, multiple inductors are used within a single mobile phone. Accessories, like adapters and headphones, also have inductors in them, hence, making the smartphone segment the biggest consumer of inductors.?
Apart from consumer electronics, the automotive industry witnessed an augmented demand for electronic components, owing to the expected growth in the need for electric vehicles, connected cars, and autonomous driving cars over the coming years. Furthermore, the vendors in the market are focusing on offering solutions specific to the industry. For instance, in March 2020, KEMET introduced metal composite power inductors for automotive applications. Such developments are expected to increase over the coming years, driving the demand for passive electronics.
However, passive electronic component manufacturers have been witnessing increasing costs in feedstock metals for the last two years. The higher metal prices are significantly impacting the mass-produced electronic components consumed in the consumer electronics and automotive sectors. The variable costs to produce passive electronic components is around 40-50%, and the fixed cost is around 15-20%.

Key Market Trends

Automotive Industry Expected to Show Significant Adoption

In the automotive sector, rising functionality is resulting in a more significant number of motors and ECUs, but at the same time, the mounting area for applications is limited. As a result, high-density mounting increases, spurring the demand for components including compact, power shunt resistors.
For instance, in February 2020, ROHM launched a shunt resistor, GMR50 series, that delivers 4W rated power (at electrode temperature TK=90°C) in the compact 5.0 mm × 2.5 mm size, and it is helpful for current detection in motors and power supply circuits utilized in automotive systems.
Owing to emission and energy concerns, electric vehicles have gained significant prominence. Most electric vehicles utilize regenerative braking that recuperates energy lost through braking and returns it to the battery to significantly increase the range, motivating automotive vendors to invest in the market studied.
In March 2020, KEMET Corporation launched new metal composite power inductors, which are ideal for the increasing demands of the automotive market. These new inductors are used in DC to DC switching power supplies, which play an essential role in the growing electrification of modern vehicles.
Also, resistors are ideal for automotive technicians for diagnosing and testing sensors and monitored circuits. For instance, in March 2020, KOA introduced a new range of wire wound and metal oxide high-power resistors in a ceramic case, which is used for automotive pre-charge and discharge applications.

Asia Pacific to Witness Significant Growth in the Market

The growing electronics industry is attracting several MNCs to set up manufacturing plants in Asian countries either independently or through a joint venture with different regional companies. This includes large global organizations such as Tyco Electronics, FCI OEN, Molex, Vishay, and EPCOS, further anticipated to boost the local manufacturing activity of resistors in the Asia Pacific region.
Also, several technological advancements, such as the exponential growth of smartphones in the region, coupled with the number of smartphone users in the countries, have been growing, which is poised to drive the market studied in this region.
Additionally, the Asia Pacific region is on the path to becoming the world’s largest 5G region by 2025, led by pioneering 5G markets, such as Australia, China, Japan, and South Korea, according to the latest edition of GSMA’s Mobile Economy report. The number of commercial 5G network launches in these markets is expected to reach 675 million by 2025, which is more than half of the total global 5G launches.
Electric vehicle sales are witnessing demand in the region, with China and Japan being the major contributors. The sales of battery electric vehicles across the Asia Pacific region increased from 25.27 thousand units in 2012 to over 100 thousand units in 2020.

Competitive Landscape

The Competitive Landscape of the Passive Electronic Components Market is fragmented owing to the presence of several market players globally. The market players are making several product developments and innovations to capture the maximum market share. Moreover, the market players are considering strategic partnerships and investments to gain maximum market traction.

May 2021 - TDK Corporation launched a new series of EPCOS power capacitors for DC link applications. The new capacitors are available for rated voltages of 700 V DC to 2000 V DC and cover a capacitance range of 20 µF to 270 µF.
March 2021 - Vishay Intertechnology introduced a new Automotive Grade through-hole inductor that delivers a 420 A saturation current for 30% inductance reduction in a compact 1500 case size. For automotive applications, the IHXL-1500VZ-5A offers very low typical DCR down to 0.12 m? and continuous high-temperature operation to +155 °C.
January 2021 - Panasonic introduced the EEH-ZK(U) Series Conductive Polymer Hybrid Aluminum SMD Electrolytic Capacitors, which combine the advantages of electrolytic capacitors with solid polymer capacitors. Further offering with high-temperature tolerance and small case sizes.

Additional Benefits:

The market estimate (ME) sheet in Excel format
3 months of analyst support
Read the full report: https://www.reportlinker.com/p06126859/?utm_source=GNW

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