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Friday, April 30, 2021

New study explains why nearly 20 percent of electric car owners return to gas | TheHill - The Hill

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Electric car owners are 18 percent likely to return to gas-powered cars, a new study shows.

Researchers at the University of California Davis say that more than 4,000 households who own or previously owned electric vehicles in California went back to gas and diesel cars, Electrek reported.


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Owners were 20 percent more likely to go back to gas-powered cars if they owned a hybrid plug-in car.

Co-authors Scott Hardman and Gil Tal detail owners’ reasons for switching back in the Nature Energy journal.

"Here, on the basis of results from five questionnaire surveys, we find that PEV discontinuance in California occurs at a rate of 20% for plug-in hybrid electric vehicle owners and 18% for battery electric vehicle owners. We show that discontinuance is related to dissatisfaction with the convenience of charging, having other vehicles in the household that are less efficient, not having level 2 (240-volt) charging at home, having fewer household vehicles and not being male."

As the researchers suggested, charging is the biggest hurdle for electric car owners as well as its best perk.

The electric car can receive a "full tank of gas" in less than two hours at home in practice. The problem stems from most homes in California not being optimized for charging the cars. Another problem is not having a parking spot or no parking with access to charging. For those living in apartments, managing an EV can be a challenge.

However, it depends on the type of EV people are willing to abandon. Tesla owners are the least likely to trade back their EVs for gas, but Fiat 500e buyers are much more likely to go back to gas.


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Ford F-150 Lightning Name Will Return for Electric Pickup - Car and Driver

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2023 ford f150 lightning

Illustration by Car and Driver/FordCar and Driver

  • Ford's upcoming electric pickup truck will be called the F-150 Lightning.
  • The name was first seen on the V-8–powered SVT F-150 Lightning from the 1990s.
  • The new electric truck will have a dual-motor setup with all-wheel drive and arrive next year.

Ford's new electric pickup truck will be named the F-150 Lightning, according to a Ford document provided by a source to Car and Driver. It's a name that was first seen on the SVT F-150 Lightning street truck that was introduced for 1993 on the ninth-generation truck and then followed on the 10th generation. The electric Ford F-150 Lightning will go on sale in the middle of next year.

2001 ford svt f 150 lightning
2001 Ford SVT F-150 Lightning

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The document shows the new name alongside a reference to the Mustang Mach-E electric crossover and E-Transit electric cargo van. When we reached out to Ford to confirm, a spokesperson responded that "we're excited to introduce the all-electric F-150 very soon, but we don't comment on speculation about future products."

Ford drew a lot of attention when it applied the Mustang name to its first electric crossover, and now the electric version of its best selling pickup will revive a legendary nameplate from V-8–powered street trucks. Ford sold 787,422 F-Series trucks last year, and the new electric model will go against other upcoming electric pickups such as the GMC Hummer EV Pickup, electric Chevy Silverado, and Tesla Cybertruck—all of which claim more than 350 miles of range.

Ford hasn't released many details on the F-150 Lightning's powertrain, but it will have a dual-motor setup providing all-wheel drive. Ford says the electric F-150 will provide more horsepower and torque and the fastest acceleration of any F-150 currently on the market. That means it'll have more than 450 horsepower and do zero to 60 mph in less than 5.0 seconds. In our 2001 test, the SVT F-150 Lightning launched to 60 mph in 5.2 seconds on its way to a 13.8-second quarter mile at 104 mph.

We expect the F-150 Lightning's battery pack to provide more than 300 miles of range since the longest-range Mustang Mach-E is EPA-rated at 305 miles of driving range. Ford also patented a removal range extender that could go in the truck's bed.

The Ford F-150 Lighting and its batteries will be produced at a new electric vehicle facility at Ford's Rouge Center in Dearborn, Michigan. It will arrive in mid-2022.

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Electric car owners switching to gas because charging is a hassle: study - Business Insider

Vietnam's answer to Tesla has U.S. in its electric sights - KFGO News

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By James Pearson and Phuong Nguyen

HAIPHONG, Vietnam (Reuters) – Move over Tesla, how about a VinFast?

That’s the proposition being offered by the automobile arm of Vietnam’s largest conglomerate, Vingroup. It’s betting big on the U.S. market with its VinFast line of cars and hoping that electric SUVs and a battery leasing model will be enough to woo consumers away from homegrown market leaders like Tesla and General Motors Co.

A recent arrival on the automotive scene and the No. 5 car brand in Vietnam, VinFast is not short on ambition, with its sights set on a U.S. listing and a valuation of as much as $60 billion, according to two sources familiar with its plans.

(GRAPHIC: VinFast fifth in terms of Vietnam sales in 2020 – https://ift.tt/3vvbzm6)

It will launch in North America and Europe in 2022, CEO Nguyen Thi Van Anh told Reuters, joining a crowded field of players seeking to compete with Elon Musk’s Tesla, including a slew of loss-making upstarts fuelled by a Wall Street fundraising craze.

“We are going to North America – U.S., Canada – and Europe at the same time. In Europe, we’re going to Germany, France and the Netherlands,” Van Anh said in an interview at the company’s sprawling factory complex near the northern port of Haiphong.

Standing behind VinFast is Vingroup, Vietnam’s answer to a South Korean chaebol or catch-all conglomerate. Founded as an instant noodle business in post-Soviet Ukraine, the company’s trajectory has mirrored that of Vietnam, one of Asia’s fastest-growing economies, with interests spanning real estate, resorts, schools, hospitals and smartphones.

Even with such formidable local backing, VinFast has its work cut out as industry giants such as General Motors, Toyota and Volkswagen spend tens of billions of dollars to develop electric and driverless vehicles.

Founded in 2017 with a team led by former General Motors Co executives, the company is aiming to compete on vehicle size and price – pitching an electric SUV that Van Anh described as “more luxurious” than those currently on offer.

VinFast cars will also come with a battery leasing scheme that means the cost of the battery, one of the most expensive components of an electric car, will not be included in the final price.

“I’m going to give you a better product. I’m giving you an SUV. I’m giving you a more spacious car,” said Van Anh, who will relocate next month from Hanoi to Los Angeles to head VinFast’s U.S. operations.

According to a presentation prepared by the company for potential investors, VinFast cars will be cheaper compared to other electric-vehicle (EV) models.

A Tesla SUV sells for around $50,000, but Van Anh, who declined to discuss potential competitors, would not be drawn on how much a VinFast SUV would sell for. Two of the company’s three electric models are destined for the United States, where the company is targeting annual sales of 45,000 cars, she said.

(GRAPHIC: Sales of battery electric vehicles in the U.S. market – https://ift.tt/3gPDrNJ)

AN EDGE OVER THE COMPETITION?

There is precedent for Asian carmakers cracking the U.S. market. Toyota in the 1970s and Hyundai in the 1980s overcame initial scepticism with products that eventually stole market share from U.S. manufacturers.

VinFast, which achieved annual sales of around 30,000 units last year in Vietnam and has yet to make a profit, faces an uphill battle.

“Their biggest challenge is convincing consumers that they have a solid product and a compelling value proposition,” said Bill Russo, head of Shanghai-based consultancy Automobility Ltd and a former Chrysler executive.

“The product itself looks to have the right appearance and features, but this will only get you in the game. Winning requires a technology or business model edge over the competition.”

(GRAPHIC: VinFast finances – https://ift.tt/3eGLE3X)

The company is betting its battery leasing scheme – where customers would pay a monthly amount roughly equivalent to what the average consumer might spend on petrol – will win over U.S. customers.

When the battery, which uses cells from South Korea’s Samsung SDI, is at 70% of its full lifespan, VinFast will replace it, Van Anh said.

A similar scheme has already been rolled out in China by Tencent-backed electric vehicle maker Nio, whose ES6 SUV has a starting price of around 358,000 yuan ($55,272).

No EV maker can compete with Tesla in the near future, according to Michael Dunne, chief executive of automotive consulting firm ZoZo Go, pointing to the U.S. company’s across-the-board strengths.

“But the good news is that companies like VinFast do not have to beat Tesla to win. All they really need to do is convert a portion of the 65 million consumers who bought gasoline-powered cars in 2020 to switch over the electrics,” said Dunne.

VinFast, whose manufacturing facility in Vietnam has the capacity to churn out 250,000 cars a year, is planning on conducting most of its U.S. sales online, removing the need for a costly dealership network. It has had 15,000 advance orders so far for its VF e34 electric car in Vietnam.

The company has hired Jeremy Snyder, a 10-year Tesla veteran, as its U.S. Chief Growth Officer.

Snyder told Reuters he was VinFast’s first employee on the ground in the United States but, between full-time employees and consultants, the company now has around 100 people working there.

“It’s very exciting to bring Vietnam and the United States closer through VinFast,” he said.

TAPPING THE SPAC?

Vingroup’s founder, Pham Nhat Vuong, Vietnam’s richest man, has pledged to invest $2 billion of his own money into the car division and Vingroup has poured hundreds of millions of dollars into VinFast by issuing international bonds and selling off stakes in other units.

But expansion over the years has pushed up Vingroup’s debt and losses at some of its ventures have squeezed its cashflow. To turbocharge its growth, VinFast will need more cash. The company is looking at tapping into a funding frenzy in the United States, where investors, including some of the world’s biggest money managers, have poured billions into auto startups via blank-check companies known as special-purpose acquisition companies or SPACs.

Three sources with direct knowledge of the plans said VinFast was leaning towards a SPAC, although Van Anh declined to comment on when or how the company would generate funding in the United States.

Officials from the U.S. Securities and Exchange Commission will visit Vietnam soon to meet with Vingroup executives about its efforts to list, two separate sources said. If VinFast does list in the United States it will be the first Vietnamese company to do so. “When it happens, how it happens, whether by SPAC or by another method, we’ll make the right decision at the same time,” said Van Anh.

There are hundreds of SPACs searching for companies to take public and investors are desperate to identify the next Tesla, whose stratospheric market rally has made Musk one of the world’s richest men.

Nio, which made a net loss last year of $860 million, has a market cap of around $67 billion, according to its New York stock listing and sold just under 44,000 cars last year, close to what VinFast is targeting in the United States.

A stream of EV-related startups notched up multi-billion dollar valuations last year despite not having products ready to sell but their shares have taken a knocking recently.

VinFast likes to distinguish itself from other EV startups.

“If you look at some of the SPAC deals that already happened, they do not really have what we currently have,” said Van Anh.

“Even if we don’t have a product in the world market, we have the products here.”

($1 = 6.4771 Chinese yuan renminbi)

(Additional reporting by Khanh Vu in Hanoi, Kane Wu in Hong Kong and Norihiko Shirouzu in Shanghai; Editing by Carmel Crimmins)

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GM to invest $1 billion in Mexico for electric vehicle production, angering UAW members - CNBC

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DETROIT — General Motors plans to invest more than $1 billion in Mexico to produce electric vehicles, the company announced Thursday.  

The investment in its Ramos Arizpe production complex is the first major announcement by the automaker for EV production in Mexico following billions of dollars in confirmed investments in the U.S. and Canada. 

The facility will begin producing at least one EV beginning in 2023, GM said. The company declined to discuss what vehicle or vehicles will be produced there. The plant as well as supporting facilities currently produce the Chevrolet Equinox and Chevrolet Blazer as well as engines and transmissions.

GM's announcement comes amid a push from the Biden administration for automakers to increase American manufacturing, including EVs. GM did not announce whether the EVs would be imported to the U.S., however current products produced at the plant are sold in America.

United Auto Workers Vice President Terry Dittes called the investment a "slap in the face" to its union members and U.S. taxpayers as the company is one of many lobbying for government incentives to support EVs.

"At a time when General Motors is asking for a significant investment by the U.S. government in subsidizing electric vehicles, this is a slap in the face for not only UAW members and their families but also for U.S. taxpayers and the American workforce," he said in a statement.  

Dittes said taxpayer money "should not go to companies that utilize labor outside the U.S. while benefiting from American government subsidies."

In the release, Francisco Garza, CEO of GM's operations in Mexico, thanked the federal and local governments for "promoting" the investment. The company did not disclose specific details of the government support.

The investment includes new capacity for battery packs and other electronic components such as electric motors, which will begin during the second half of this year. It also includes a new paint shop, which is scheduled to begin operations in June, according to a translated press release from the company.

The Ramos Arizpe plant is expected to be GM's fifth manufacturing site in North America to produce electric vehicles following announcements for two plants in Michigan and others in Tennessee and Ontario, Canada. 

GM is expected to continue to build or convert plants to EV facilities globally as it moves to become an automaker that exclusively offers electric vehicles by 2035. That includes at least 30 new EVs by 2025 under a $27 billion investment plan in electric and autonomous vehicles during that time frame.

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Thursday, April 29, 2021

China's transition to electric vehicles - MIT News

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In recent decades, China’s rapid economic growth has enabled more and more consumers to buy their own cars. The result has been improved mobility and the largest automotive market in the world — but also serious urban air pollution, high greenhouse gas emissions, and growing dependence on oil imports.

To counteract those troubling trends, the Chinese government has imposed policies to encourage the adoption of plug-in electric vehicles (EVs). Since buying an EV costs more than buying a conventional internal combustion engine (ICE) vehicle, in 2009 the government began to provide generous subsidies for EV purchases. But the price differential and the number of buyers were both large, so paying for the subsidies became extremely costly for the government.

As a result, China’s policymakers planned to phase out the subsidies at the end of 2020 and instead impose a mandate on car manufacturers. Simply stated, the mandate requires that a certain percent of all vehicles sold by a manufacturer each year must be battery-powered. To avoid financial penalties, every year manufacturers must earn a stipulated number of points, which are awarded for each EV produced based on a complex formula that takes into account range, energy efficiency, performance, and more. The requirements get tougher over time, with a goal of having EVs make up 40 percent of all car sales by 2030.

This move will have a huge impact on the worldwide manufacture of EVs, according to William H. Green, the Hoyt C. Hottel Professor in Chemical Engineering. “This is one of the strongest mandates for electric cars worldwide, and it’s being imposed on the largest car market in the world,” he says. “There will be a gigantic increase in the manufacture of EVs and in the production of batteries for them, driving down the cost of both globally.”

But what will be the impact of the mandate within China? The transition to EVs will bring many environmental and other benefits. But how much will it cost the nation? In 2016, MIT chemical engineering colleagues Green and then-graduate student I-Yun Lisa Hsieh PhD ’20 decided to find out. Their goal was to examine the mixed impacts of the mandate on all affected factors: battery prices, manufacturing costs, vehicle prices and sales, and the cost to the consumer of owning and operating a car. Based on their results, they could estimate the total societal cost of complying with the mandate in the coming decade. (Note that the Chinese government recently extended subsidy support for EVs for two years due to the Covid-19 pandemic and that this analysis was performed before that change was announced.)

Looking at battery prices

“The main reason why EVs are costly is that their batteries are expensive,” says Green. In recent years, battery prices have dropped rapidly, largely due to the “learning effect”: As production volumes increase, manufacturers find ways to improve efficiency, and costs go down. It’s generally assumed that battery prices will continue to decrease as EVs take over more of the car market.

Using a new modeling approach, Green and Hsieh determined that learning effects will lower costs appreciably for battery production, but not much for the mining and synthesis of critical battery materials. They concluded that the price of the most widely used EV battery technology — the lithium-ion nickel-manganese-cobalt battery — will indeed drop as more are manufactured. But the decline will slow as the price gets closer to the cost of the raw materials in it.

Using the resulting estimates of battery price, the researchers calculated the extra cost of manufacturing an EV over time and — assuming a standard markup for profit — determined the likely selling price for those cars. In previous work, they had used a variety of data sources and analytical techniques to determine “affordability” for the Chinese population — in other words, the fraction of their income available to spend on buying a car. Based on those findings, they examined the expected impact on car sales in China between 2018 and 2030.

As a baseline for comparison, the researchers first assumed a “counterfactual” (not true-to-life) scenario — car sales without significant adoption of EVs, so without the new mandate. Under that assumption, annual projected car sales climb to more than 34 million by 2030.

When the subsidy on EV purchases is eliminated and the mandate is enacted in 2020, total car sales shrink. But thereafter, the growing economy and rising incomes increase consumer purchasing power and drive up the demand for private car ownership. Annual sales are on average 20 percent lower than in the counterfactual scenario, but they’re projected to reach about 30 million by 2030.

The researchers also projected the breakdown in sales between ICE vehicles and battery EVs at three points in time. According to that analysis, in 2020, EVs make up just 7 percent of the total (1.6 million vehicles). By 2025, that share is up to 21 percent (5.4 million). And by 2030, it’s up to 37 percent (11.2 million) — close to the government’s 40 percent target. Altogether, 66 million EVs are sold between 2020 and 2030.

Those results also track the split between two types of plug-in EVs: pure battery EVs and hybrid EVs (which are powered by both batteries and gasoline). About twice as many pure battery EVs are sold than hybrid EVs, even though the former are more expensive due to the higher cost of their batteries. “The mandate includes a special preference for cars with a longer range, which means cars with large batteries,” says Green. “So carmakers have a big incentive to manufacture the pure battery EVs and be awarded extra points under the mandate formula.”

For the consumer, the added cost of owning an EV includes any difference in vehicle expenses over the whole lifetime of the car. To calculate that difference, the researchers quantified the “total cost of ownership,” or TCO, including the purchase cost, fuel cost, and operating and maintenance costs (including insurance) of their two plug-in EVs and an ICE vehicle out to 2030.

Their results show that before 2020, owning either type of plug-in EV is less costly than owning an ICE vehicle due to the subsidy paid on EV purchases. After the subsidy is removed and the mandate imposed in 2020, owning a hybrid EV is comparable to owning an ICE vehicle. Owning a pure battery EV is more expensive due to its high-cost batteries. Dropping battery prices reduces total ownership cost for both types of EVs, but the pure battery EV remains more expensive out to 2030.

Cost to society

The next step for the researchers was to calculate the total cost to China of forcing the adoption of EVs. The basic approach is straightforward: They take the extra TCO for each EV sold in each year, discount that cost to its present value, and multiply the resulting figure by the number of cars sold in that year. (They exclude taxes embedded in the purchase prices of the vehicle, of electricity and gasoline, and so on, as the society will have to pay other taxes to replace that lost revenue.)

Using that methodology, they calculated the incremental cost to society of each EV sold in each year as well as the extra cost per kilometer driven, assuming that the vehicle has a lifetime of 12 years and is driven 12,500 kilometers each year. The results show that the incremental cost of owning and driving an EV decreases from 2021 to 2030. The cost declines more for pure battery EVs than for hybrid EVs, but the former remain more costly.

By combining the per-car cost to society with the number of cars sold, the researchers calculated the total extra cost incurred. In their results, the total number of EVs sold in a year more than offsets any decrease in per-vehicle cost, so the incremental cost to society grows. And that cost is sizeable. On average, the transition to EVs forced by the mandate will cost 100 billion yuan per year from 2021 to 2030, which is about 2 percent of the nationwide expenditure in the transport sector every year.

During the 10 years from 2021-30, the annual societal cost of the transition to almost 40 percent EVs is equivalent to about 0.1 percent of China’s growing gross domestic product. “So the cost to society of forcing the sale of EVs in place of ICE vehicles is significant,” says Hsieh. “People will have far less money in their pockets to spend on other purchases.”

Other considerations

Green and Hsieh stress that the high societal cost of the forced EV adoption must be considered in light of the potential benefits to be gained. For example, switching from ICE vehicles to EVs will lower air pollution and associated health costs; reduce carbon dioxide emissions to help mitigate climate change; and reduce reliance on imported petroleum, enhancing the country’s national energy security and balance of payments.

Hsieh is now working to quantify those benefits so that the team can perform a proper cost-benefit analysis of China’s transition to EVs. Her initial results suggest that the monetized benefits are — like the costs — substantial. “The benefits appear to be the same order of magnitude as the costs,” she says. “It’s so close that we need to be careful to get the numbers right.”

The researchers cite two other factors that may impact the cost side of the equation. In early 2018, six Chinese megacities with high air pollution began restricting the number of license plates issued for ICE vehicles and charging high fees for them. With their lower-cost, more-abundant “green car plates,” EVs became cost-competitive, and sales soared. To protect Chinese carmakers, the national government recently announced that it plans to end those restrictions. The outcome and its impacts on EV sales remain uncertain. (Again, due to the pandemic, policies restricting car ownership have mostly been relaxed for now.)

The second caveat concerns how carmakers price their vehicles. The results reported here assume that prices are calculated as they are today: the cost of manufacturing the vehicle plus a certain percentage markup for profit. With the new mandate in place, automakers will need to change their pricing strategy so as to persuade enough buyers to purchase EVs to reach the required fraction. “We don’t know what they’re going to do, but one possibility is that they’ll lower the price of their battery cars and raise the price of their gasoline cars,” says Green. “That way, they can still make their profits while operating within the law.” As an example, he cites how U.S. carmakers responded to Corporate Average Fuel Economy standards by adjusting the relative prices of their low- and high-efficiency vehicles.

While such a change in Chinese automakers’ pricing strategy would lower the price of EVs, it would also push up average car prices overall, because the total car sales mix is dominated by ICE vehicles. “Some people in China who would otherwise be able to afford a cheap gasoline car now won’t be able to afford it,” says Hsieh. “They’ll be priced out of the market.”

Green emphasizes the impact of the mandate on all carmakers worldwide. “I can’t overstate how hugely important this is,” he says. “As soon as the mandate came out, carmakers realized that electric vehicles had become a major market rather than a niche market on the side.” And he believes that even without subsidies, the added expense of buying an EV won’t be prohibitive for many car buyers — especially in light of the benefits they offer.

However, he does have a final concern. As more and more EVs are manufactured, global supplies of critical battery materials will become increasingly limited. At the same time, however, the supply of spent batteries will increase, creating an opportunity to recycle critical materials for use in new batteries and simultaneously prevent environmental threats from their disposal. The researchers recommend that policymakers “help to integrate the entire industry chain among automakers, battery producers, used-car dealers, and scrap companies in battery recycling systems to achieve a more sustainable society.”

This research was supported through the MIT Energy Initiative’s Mobility of the Future study.

This article appears in the Autumn 2020 issue of Energy Futures, the magazine of the MIT Energy Initiative.

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Global electric vehicles sales grew 41% in 2020 - Axios

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U.S. electric car sales more than doubled in the first quarter of this year compared to the same period in 2020, but check out the chart above — the domestic market remains small compared to Europe and China.

The big picture: Those are two takeaways from new International Energy Agency data out this morning on global electric vehicle markets.

Overall, global EV sales (including plug-in hybrids and fully electric models) grew 41% last year even as overall vehicle sales fell. But EV sales declined slightly in the U.S. last year.

  • Sales are picking up speed in the U.S. and other markets so far in 2021, rising 140% globally in Q1 compared to the first three months of 2020.
  • Overall, there were about 10 million electric cars on the world's roads at the end of last year, plus some 1 million electric vans, heavy trucks and buses, IEA said.

Why it matters: "Current sales trends are very encouraging, but our shared climate and energy goals call for even faster market uptake," IEA executive director Fatih Birol said in a statement.

  • The biggest growth is coming in Europe and China, where government regulation and support are strongest.

The intrigue: At a 30,000-foot level, IEA sees a mixed picture when it comes to EVs globally.

  • Under current policies and trends, the number of electric vehicles on the world's roads (including buses and trucks but excluding two- and three-wheelers) reaches 145 million in 2030, about 7% of the total fleet, IEA projects.
  • Under its Sustainable Development Scenario, which is roughly aligned with the Paris Agreement goals, that 2030 total would reach 230 million.

One big question: How big automakers' EV aspirations do or don't translate into reality.

  • The report has a helpful compendium of major manufacturers' EV targets (scroll down on this page).
  • Those ambitions, if realized, would make global sales largely aligned with IEA's Sustainable Development Scenario.

What we're watching: How much — or how little — the White House can influence the U.S. trajectory in the years ahead.

  • While sales are growing this year, the White House is asking Congress for greatly expanded consumer incentives and funding for charging infrastructure.

Go deeper: The mad scramble for electric vehicle batteries

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Global electric vehicle numbers set to hit 145 million by end of the decade, IEA says - CNBC

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The number of electric cars, buses, vans and heavy trucks on roads is expected to hit 145 million by 2030, the International Energy Agency said on Thursday.

According to the IEA's Global Electric Vehicle Outlook, if governments ramp up their efforts to meet international energy and climate goals, the global electric vehicle fleet could increase further still, hitting 230 million by the end of the decade. Both of these projections exclude two- and three-wheeled electric vehicles. 

The Paris-based organization said roughly three million new electric cars were registered last year, a record amount and a 41% rise compared to 2019.

This jump pushed the total number of electric cars on the road to over 10 million, a figure supplemented by approximately 1 million electric buses, vans and heavy trucks.

The rise in electric car sales in 2020 came even as the worldwide automobile market contracted by 16% due to the effects of the coronavirus pandemic. In the first quarter of 2021, electric car sales were almost two and a half times higher than during the same period in 2020.

"While they can't do the job alone, electric vehicles have an indispensable role to play in reaching net-zero emissions worldwide," Fatih Birol, the IEA's executive director, said in a statement.

"Current sales trends are very encouraging, but our shared climate and energy goals call for even faster market uptake," he added.

Birol urged governments to use Covid economic recovery packages to "invest in battery manufacturing and the development of widespread and reliable charging infrastructure."

The IEA said consumer spending on electric cars in 2020 totaled $120 billion, a 50% increase compared to 2019, with government support measures designed to encourage electric vehicle take-up coming in at $14 billion.

With regards to the latter figure, the IEA said it was "the fifth year in a row in which they have fallen as a share of total spending."

"Even if government subsidies remain important for spurring the uptake of electric vehicles, this suggests sales are increasingly being driven more by consumer choice," it added.

Taking on Tesla

Around the world, authorities are looking to increase the number of low- and zero-emission vehicles on their roads in a bid to tackle air pollution and move away from the internal combustion engine.

The U.K., for example, has announced plans to stop selling new diesel and petrol (gasoline) cars and vans from 2030.

The European Commission's "Sustainable and Smart Mobility Strategy," meanwhile, wants at least 30 million zero-emission cars on the road by 2030.

Faced with these targets, major carmakers are looking to increase their electric vehicle offering and challenge Elon Musk's Tesla.

Last month, German automotive giant Volkswagen announced plans to establish six "gigafactories" — which the firm says will be able to manufacture battery cells with a combined energy value of 240 gigawatt hours each year — in Europe by the end of the decade. It also pledged to expand its charging infrastructure in Europe, North America and China.

March also saw the Volkswagen Group's CEO, Herbert Diess, dismiss the notion that his firm could join forces with Tesla, telling CNBC that the German automotive giant was looking to go its own way.

Speaking to "Squawk Box Europe", Diess was asked if he would rule out any future deal with Musk's electric car maker, in which VW could manufacture its cars, or if the Tesla and VW brands would ever unite.

"No, we haven't considered (that), we are going our own way," he replied. "We want to get close and then overtake."

"We think that we can – we need our own software stack, our own technology," he added. "And also, I think Tesla, or Elon, is very much thinking ... (about) his way forward. So no, there are no talks between Elon Musk and myself regarding joining forces."

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Electronic Arts Completes Acquisition of Glu Mobile, Creating a New Global Leader in Mobile Gaming - American Press

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Tula's DMD™ Improves Electric Motor Efficiency While Reducing Rare Earth Materials in Battery Electric Vehicles - TechDecisions

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Tula Technology Presents Findings on its Dynamic Motor Drive at the 42nd International Vienna Motor Symposium

SAN JOSE, Calif.–(BUSINESS WIRE)–#BEVTula Technology, Inc., a leader in propulsion efficiency, reported today at the International Vienna Motor Symposium that their product Dynamic Motor Drive (DMD™) mitigates efficiency losses of electric motors while significantly reducing reliance on rare-earth materials. DMD’s application to electric vehicle motors has the potential to increase range while using less energy.


Improving the efficiency of the powertrain is key to reducing the energy consumed by an electric vehicle. Electric motors equipped with rare earth magnets can exceed 90% efficiency at peak performance; however, real-world driving conditions often reduce motor efficiency to approximately 70-85%, far below the peak. The patented DMD pulse density strategy mitigates efficiency losses through improvements in control software. Tula has simulated the DMD concept and projects efficiency improvements of 2.5% on the Worldwide Harmonized Light Vehicle Test Procedure (WLTP) cycle for an average electric vehicle. These improvements increase driving range while lowering total energy consumed. DMD is cost-effective, software-driven and does not require hardware changes to the motor or vehicle. Additionally, DMD avoids many of the rare earth material challenges including escalating future costs, limited supply and sourcing risks.

R. Scott Bailey, president and CEO of Tula Technology, commented, “By 2040, more than half of all passenger vehicles sold globally will be electric*. Tula’s Dynamic Motor Drive technology delivers high-value efficiency improvement to the full spectrum of electrification applications. With DMD, we can take a synchronous reluctance motor with low permanent magnet content and increase its efficiency to a level nearly comparable to a full permanent magnet motor. This reduces reliance on rare earth metals, which translates to lower cost and greater supply chain security. We are very excited about our DMD results, and our team is ready to work with partners and customers to optimize motor system performance in the transportation, industrial and power generation industries.”

Tula’s first product, Dynamic Skip Fire (DSF®), is an advanced cylinder deactivation control strategy that has been shown to significantly reduce CO2 emissions in gasoline engines and has been in production since 2018 with more than one million vehicles on the road. As presented jointly with Cummins at the Society of Automotive Engineers World Congress this year, the diesel application of DSF, Diesel Dynamic Skip Fire (dDSF™), was shown to reduce nitrogen oxide emissions by 74% and CO2 emissions by 5% in a Class 8 truck operating in a low-load cycle. DMD takes Tula’s control strategy to electric motors and has the potential to improve efficiency beyond electric vehicles into other modes of transportation, propulsion, and power conversion.

*Electric Vehicle Outlook 2020, Bloomberg NEF

About Tula Technology, Inc.

Silicon Valley-based Tula Technology provides innovative award-winning software controls to optimize propulsion efficiency and emissions across the mobility spectrum, including gasoline-powered, diesel, alternative fuel, hybrid, and electric vehicles. Tula’s culture of innovation has resulted in breakthrough technology and a robust global patent portfolio of more than 340 patents issued and pending. Tula Technology is a privately held company backed by Sequoia Capital, Sigma Partners, Khosla Ventures, GM Ventures, BorgWarner and Franklin Templeton. More information is available at www.tulatech.com.

Editor’s note: Tula (DMD) video introduces Tula, current electric vehicle motor technology challenges and DMD™ concept, operation and benefits. https://youtu.be/Zx74lfvOZ-U

Contacts

Tula Technology, Inc.

Ram Subramanian

Principal Marketing Strategist

ram@tulatech.com

Media:
Financial Profiles, Inc.

Debbie Douglas

Senior Vice President

ddouglas@finprofiles.com
(949) 375-3436

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Tula's DMD™ Improves Electric Motor Efficiency While Reducing Rare Earth Materials in Battery Electric Vehicles - Watertown Public Opinion

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Tula's DMD™ Improves Electric Motor Efficiency While Reducing Rare Earth Materials in Battery Electric Vehicles - Argus Press

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Wednesday, April 28, 2021

Gov. Doug Burgum signs North Dakota property rights and electronic posting law - AG Week

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Gov. Doug Burgum on Wednesday, April 28, signed Senate Bill 2144, which removes ambiguity in state law related to who can enter land enclosed with well-maintained fences and allows for either electronic or physical posting of land for no trespassing.

A statement from Burgum said the new law makes North Dakota the first state in the nation to allow electronic posting of private land.

“Senate Bill 2144 is a shining example of what we can accomplish when we work together and harness the power of technology to find new, innovative solutions to complex problems,” Burgum said. “This bill will ensure that landowners and hunters alike have a convenient option for posting private land and checking its status, while also leaving the traditional posting process in place for those who wish to continue using it.”

The law takes effect Aug. 1, 2021.

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Under North Dakota law, all land has been considered open to entry for any purpose unless it properly posted for no trespassing. Landowners, including many in agriculture, have tried for years to get the law changed to make all land considered closed without permission. Posting land is time consuming and labor intensive for many landowners, and conflicts with hunters who disregard signs has been a common complaint. Additionally, the 2016 Dakota Access Pipeline protest in Morton and Sioux counties included numerous cases of protesters entering land without permission; some criminal trespass cases did not hold up in court because of ambiguity in state law or ambiguity about whether land was properly posted.

Sen. Robert Erbele, R-Lehr, presented four bills related to North Dakota's trespassing laws to the Senate Energy and Natural Resources committee on Jan. 14, 2021, in Bismarck, N.D. (Screenshot of North Dakota Legislature committee)

Sen. Robert Erbele, R-Lehr, presented four bills related to North Dakota's trespassing laws to the Senate Energy and Natural Resources committee on Jan. 14, 2021, in Bismarck, N.D. (Screenshot of North Dakota Legislature committee)

Numerous attempts at changing the law drew strong interest from the public but failed to pass. A pilot project set up by the 2019 Legislature allowed the North Dakota Department of Game and Fish to try out an electronic posting system in three counties, and an interim committee led by Sen. Robert Erbele, R-Lehr, continued to study the issue.

Several bills came out of that committee to attempt to find common ground between hunters and fishermen who wanted to maintain land access and landowners who sought to strengthen property rights. Another bill that passed this session, Senate Bill 2036, will continue to study issues related to land posting and property rights, which Erbele said will allow issues to be addressed more quickly than waiting for the 2023 session.

SB 2144 will bring "some resolution to the landowner-sportsmen conflict that we’ve been working on for, actually, many years. All 20 years that I’ve been here we’ve been working on it," Erbele said. "Finally I think we’ve bridged the gap and started to heal the chasm between those two” groups.

"That’s one of the first times you’ve seen hunters and landowners kind of come together," said Sen. Terry Wanzek, R-Jamestown, who farms in central North Dakota. He said the bill provides "21st century capabilities in posting your land."

This page from the North Dakota Game and Fish Department's PLOTS (Private Land Open to Sportsmen) Guide shows the location of property (circled in orange) that was electronically posted as part of a pilot study in Ramsey, Richland and Slope counties. A bill to expand the pilot study to all 53 counties is among the trespass and access bills set to be introduced in the 2021 North Dakota legislative session. (North Dakota Game and Fish Department)

This page from the North Dakota Game and Fish Department's PLOTS (Private Land Open to Sportsmen) Guide shows the location of property (circled in orange) that was electronically posted as part of a pilot study in Ramsey, Richland and Slope counties. A bill to expand the pilot study to all 53 counties is among the trespass and access bills set to be introduced in the 2021 North Dakota legislative session. (North Dakota Game and Fish Department)

The new law has two components. It defines a fence and prohibits entry into an area enclosed by a well-maintained fence able to hold livestock to anyone but lawful hunters and fishermen. It also allows landowners the option of electronically posting their land for no trespassing or using physical signs as in the past. The electronic database will give hunters information for where to contact landowners to obtain permission for entering land.

"Not everybody got everything, but everybody got something," Erbele said.

The bill also gives discretion to law enforcement by allowing them a range of options for charging a trespasser, from a non-criminal offense up to a Class A misdemeanor, depending on the severity of the offense, if they caused property damage or if they are repeat offenders.

Julie Ellingson, executive vice president of the North Dakota Stockmen's Association, one of several ag groups that has been involved in discussions about North Dakota's property rights laws, credited Erbele's leadership for finding common ground. She called the legislation a “meaningful step forward” for landowners. Her organization continues to believe all land in the state should be presumed closed without permission.

"But we’re very very grateful for the important progress that we’ve made in Senate Bill 2144," she said.

Additionally, another bill, House Bill 1113, sponsored by Rep. Paul Thomas, R-Velva, provided welcome enhancements to property rights, Ellingson said. That bill requires landowner permission for someone to place game cameras on land or to bait animals for hunting. Ellingson said the legislation seems like a "no-brainer" that will improve communication between sportsmen and landowners.

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Electronic artist Porter Robinson opens up about creative drought, depression on new album - K-State Collegian

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Despite the positive reception of his debut album and the success of his single “Shelter,” which features a beautifully animated music video, Grammy-nominated electronic musician Porter Robinson said he couldn’t enjoy any of it. With every success, he felt less confident in himself.

With the release of his sophomore album “Nurture,” Robinson shares his fears and anxieties, creating music not for commercial success but for self-expression. The hour-long record weaves between experimental sounds and pop-influenced anthems, keeping the listener engaged until the final chord.

As the album title suggests, “Nurture” feels like an intimate, heart-wrenching embrace. While some songs are uplifting, motivational and just plain fun, others require a box of tissues to get through.

Several songs feature instrumentals or very few lyrics, relying on Robinson’s production skills to elicit the listener’s emotions. The opening track, “Lifelike,” feels like walking through a portal into a beautiful new world, while “dullscythe” is chaotic and choppy until the very end, when harmony finally appears.

Other songs on the album, like “Sweet Time” and “Blossom,” are love songs dedicated to his girlfriend, the latter an almost sickeningly-sweet and simple acoustic ballad. He sings, “If I can’t stop time / I’ll build a world where God cannot take us / There’s no need to think of time.”

Two of the most motivational songs on the album are “Look at the Sky” and “Musician.” Both upbeat tracks feature intense messages of self-reflection and personal growth. Robinson comes to terms with his self-doubt and decides staying true to himself matters most. In “Look at the Sky,” he sings, “Look at the sky, I’m still here / I’ll be alive next year / I can make something good / Something good.”

“Get Your Wish” and “Mother” are emotionally charged anthems filled with soaring synths. One focuses on finding the motivation to keep going when things seem pointless. The other is an expression of love and gratitude for his family. During the chorus of “Mother,” Robinson sings from his mother’s perspective, “I’m on your side for the rest of your life / You’ll never be alone, don’t you worry, my child.”

There are plenty more beautifully produced songs on this album, and I highly recommend listening straight through it on first listen. “Nurture” is perfect for a long drive with the windows down, a relaxing nature walk or just lying in bed. In the right environment, this album is a streamable therapy session.

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Wearable Electronic Device Market Research Report by Type, by Component, by Application - Global Forecast to 2025 - Cumulative Impact of COVID-19 - Yahoo Finance

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Wearable Electronic Device Market Research Report by Type (Bluetooth Headset, Eyewear, Head Mounted Display, Smart Watch, and Wristband), by Component (Battery, Connectivity, Memory, and Sensor), by Application - Global Forecast to 2025 - Cumulative Impact of COVID-19

New York, April 28, 2021 (GLOBE NEWSWIRE) -- Reportlinker.com announces the release of the report "Wearable Electronic Device Market Research Report by Type, by Component, by Application - Global Forecast to 2025 - Cumulative Impact of COVID-19" - https://www.reportlinker.com/p05911920/?utm_source=GNW

Market Statistics:
The report provides market sizing and forecast across five major currencies - USD, EUR GBP, JPY, and AUD. This helps organization leaders make better decisions when currency exchange data is readily available.

1. The Global Wearable Electronic Device Market is expected to grow from USD 35,270.79 Million in 2020 to USD 57,104.04 Million by the end of 2025.
2. The Global Wearable Electronic Device Market is expected to grow from EUR 30,926.10 Million in 2020 to EUR 50,069.91 Million by the end of 2025.
3. The Global Wearable Electronic Device Market is expected to grow from GBP 27,493.37 Million in 2020 to GBP 44,512.26 Million by the end of 2025.
4. The Global Wearable Electronic Device Market is expected to grow from JPY 3,764,287.56 Million in 2020 to JPY 6,094,448.59 Million by the end of 2025.
5. The Global Wearable Electronic Device Market is expected to grow from AUD 51,217.88 Million in 2020 to AUD 82,922.66 Million by the end of 2025.

Market Segmentation & Coverage:
This research report categorizes the Wearable Electronic Device to forecast the revenues and analyze the trends in each of the following sub-markets:

Based on Type, the Wearable Electronic Device Market studied across Bluetooth Headset, Eyewear, Head Mounted Display, Smart Watch, and Wristband.

Based on Component, the Wearable Electronic Device Market studied across Battery, Connectivity, Memory, and Sensor.

Based on Application, the Wearable Electronic Device Market studied across Fitness & Wellness, Healthcare & Medical, and Military & Industrial.

Based on Geography, the Wearable Electronic Device Market studied across Americas, Asia-Pacific, and Europe, Middle East & Africa. The Americas region surveyed across Argentina, Brazil, Canada, Mexico, and United States. The Asia-Pacific region surveyed across Australia, China, India, Indonesia, Japan, Malaysia, Philippines, South Korea, and Thailand. The Europe, Middle East & Africa region surveyed across France, Germany, Italy, Netherlands, Qatar, Russia, Saudi Arabia, South Africa, Spain, United Arab Emirates, and United Kingdom.

Company Usability Profiles:
The report deeply explores the recent significant developments by the leading vendors and innovation profiles in the Global Wearable Electronic Device Market including Adidas AG, Alphabet Inc., Apple Inc., AT&T Inc., Epson America, Inc., Fossil Group, Fujitsu Ltd., Garmin, Ltd., Google LLC, Honeywell International Inc., Imprint Energy, Inc, Infineon Technologies AG, LG Electronics Inc., Lifesense Group B.V., Microsoft Corporation, NIKE, Inc., Pratham Software Ltd, Qualcomm Technologies, Inc., Samsung Electronics Co., Ltd., Seiko Epson Corporation,, Vuzix Corporation, and Xiaomi Corporation.

Cumulative Impact of COVID-19:
COVID-19 is an incomparable global public health emergency that has affected almost every industry, so for and, the long-term effects projected to impact the industry growth during the forecast period. Our ongoing research amplifies our research framework to ensure the inclusion of underlaying COVID-19 issues and potential paths forward. The report is delivering insights on COVID-19 considering the changes in consumer behavior and demand, purchasing patterns, re-routing of the supply chain, dynamics of current market forces, and the significant interventions of governments. The updated study provides insights, analysis, estimations, and forecast, considering the COVID-19 impact on the market.

FPNV Positioning Matrix:
The FPNV Positioning Matrix evaluates and categorizes the vendors in the Wearable Electronic Device Market on the basis of Business Strategy (Business Growth, Industry Coverage, Financial Viability, and Channel Support) and Product Satisfaction (Value for Money, Ease of Use, Product Features, and Customer Support) that aids businesses in better decision making and understanding the competitive landscape.

Competitive Strategic Window:
The Competitive Strategic Window analyses the competitive landscape in terms of markets, applications, and geographies. The Competitive Strategic Window helps the vendor define an alignment or fit between their capabilities and opportunities for future growth prospects. During a forecast period, it defines the optimal or favorable fit for the vendors to adopt successive merger and acquisition strategies, geography expansion, research & development, and new product introduction strategies to execute further business expansion and growth.

The report provides insights on the following pointers:
1. Market Penetration: Provides comprehensive information on the market offered by the key players
2. Market Development: Provides in-depth information about lucrative emerging markets and analyzes the markets
3. Market Diversification: Provides detailed information about new product launches, untapped geographies, recent developments, and investments
4. Competitive Assessment & Intelligence: Provides an exhaustive assessment of market shares, strategies, products, and manufacturing capabilities of the leading players
5. Product Development & Innovation: Provides intelligent insights on future technologies, R&D activities, and new product developments

The report answers questions such as:
1. What is the market size and forecast of the Global Wearable Electronic Device Market?
2. What are the inhibiting factors and impact of COVID-19 shaping the Global Wearable Electronic Device Market during the forecast period?
3. Which are the products/segments/applications/areas to invest in over the forecast period in the Global Wearable Electronic Device Market?
4. What is the competitive strategic window for opportunities in the Global Wearable Electronic Device Market?
5. What are the technology trends and regulatory frameworks in the Global Wearable Electronic Device Market?
6. What are the modes and strategic moves considered suitable for entering the Global Wearable Electronic Device Market?
Read the full report: https://www.reportlinker.com/p05911920/?utm_source=GNW

About Reportlinker
ReportLinker is an award-winning market research solution. Reportlinker finds and organizes the latest industry data so you get all the market research you need - instantly, in one place.

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California's 'White Gold' Rush: Lithium In Demand Amid Surge In Electric Vehicles - NPR

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Rod Colwell, CEO of Controlled Thermal Resources, is among many hoping to transform the area around California's Salton Sea into a domestic source of lithium for electric car batteries. Benjamin Purper/KVCR

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As demand for electric vehicles heats up, there's concern about a shortage of the key minerals needed to make them. The Biden administration has called for boosting domestic production of such minerals, including lithium for the lithium-ion batteries used in electric-vehicles. And that has many hoping for big business in a desolate spot of California's Imperial Valley.

A few miles from the shores of California's Salton Sea, a construction crew is at work on the future site of Hell's Kitchen Lithium and Power. It's a geothermal facility, meaning it uses the Earth's natural heat to create electricity.

That alone has fueled investment here for years. This facility, run by the Australian company Controlled Thermal Resources, will someday produce enough geothermal energy to power 1.1 million homes. But once it's fully operational, it will also be able to extract lithium from the geothermal brine under the ground.

"The sea has been receding for up to about 20-40 yards a month in the shallow lands down here," explains CEO Rod Colwell, pointing out the change on a windy day in Calipatria, near the man-made lake's southern edge.

This has created a public health issue, as the exposed lakebed subjects nearby communities to toxic dust rising up from its surface. But "it's been exposing some of the best known lithium and geothermal resources on the planet," Colwell says. "It's a really interesting crossroads in time."

It's also a boon for geothermal and lithium companies like his. Bill Gates and Michael Bloomberg are among the many investors also hoping for pay-off with projects around the Salton Sea.

The best part, according to Colwell, is that geothermal lithium is environmentally benign, and produces very few carbon emissions.

"It's 100 per cent green," he says.

This process is in stark contrast to other types of lithium extraction across the globe. In places like Canada and Australia, lithium is mined out of hard rock. In South American countries like Chile and Argentina, it's concentrated through large evaporation ponds that take up lots of water.

"They're pumping the groundwater out, and that causes problems with the groundwater table. It's displaced farmers and llama herders in those countries," says Michael McKibben, associate professor of geology at the University of California, Riverside.

Lithium is in such high demand globally that it's now being called "white gold," says Mihri Ozkan, an expert on lithium batteries also at UC Riverside. She says this demand is driven mostly by electric vehicles.

In the U.S., California has pledged to phase out gas-powered vehicles. Last week, a dozen states including California asked President Biden to order all zero-emission car sales by 2035. Earlier this year, General Motors said it aims to produce all electric vehicles by then.

All this has companies racing to secure the raw materials needed for electric vehicles to avoid a shortage in a few years.

"You have so much rich lithium source in the Salton Sea," says Ozkan. "Extraction of this definitely can turn this area into the Lithium Valley, not the Silicon Valley but the Lithium Valley."

Last year, California created the Lithium Valley Commission, which it hopes will help this area become a source of not only energy but also economic development.

Even so, Sophie Lu of BloombergNEF says it probably won't revolutionize the global supply chain. Right now, the U.S. gets most of its lithium from China and she thinks that's not likely to change soon.

"Most optimistically, something might happen in the Salton Sea at an economic scale after 2025, maybe 2026," Lu says.

Rod Colwell's company, Controlled Thermal Resources, does not have an agreement to sell lithium yet. But with so many states, companies, and now President Biden focusing more on renewable energy, he feels the stars are aligning.

"The timing of the market has really caught up to it," he says. "It's like a perfect Lego fit."

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Electronic options on IRS.gov available 24/7 - KVOA Tucson News

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WASHINGTON D.C. (KVOA) - The Internal Revenue Service Monday urged taxpayers and tax professionals to continue using electronic options to speed the processing of tax returns, refunds and payments.

IRS.gov showcases many task-based tools and features to help people navigate their taxes, the IRS said. All are available 24/7/365.

Timely processing of tax returns and refund issuance is especially important during the pandemic. To speed refunds and avoid delays in processing, the IRS said it strongly advises taxpayers to file electronically with direct deposit as soon as they have the information they need.

Simple options to make filing easier

  • Check IRS.gov for the latest tax information, including the latest on Economic Impact Payments and tax refund status. There is no need to call.
     
  • Consider IRS Free File. Taxpayers who want to prepare and file their tax returns electronically for free can use IRS Free File. This program offers brand-name tax software for taxpayers with an income of $72,000 or less in 2020. Those who earned more can use Free File Fillable Forms, the electronic version of IRS paper forms. Some people will need to file a return to get a third Economic Impact Payment and Free File gives people the ability to do that for free.
     
  • Check payment options on IRS.gov. Several electronic payment options are available to taxpayers. View an account and learn about other ways to pay such as an online installment agreement.
     
  • Find answers to many tax questions using the Interactive Tax Assistant. The ITA is a tool that provides answers to several tax law questions specific to an individual's circumstances.
     
  • Online tools for tax professionals. e-Services is a suite of web-based tools that allow tax professionals, reporting agents, mortgage industry, payers and others to complete transactions online with the IRS.

Other useful tools and features

  • Get My Payment. People can find out when their third Economic Impact Payment is scheduled to be sent, or when and how IRS sent it with the Get My Payment application. Get My Payment updates once a day, usually overnight.
     
  • Filing options. Find complete tax filing information for individuals, business and self-employed taxpayers, charities and non-profits, International taxpayers and government entities.
     
  • Get an Identity Protection PIN. IP PINs are available to all taxpayers. An IP PIN is a six-digit number that prevents someone else from filing a tax return using another taxpayers' Social Security number. The IP PIN is known only to the taxpayer and the IRS and helps the IRS verify the identity of a taxpayer when filing an electronic or paper tax return.
     
  • View an account. Online account is an online system that allows people to securely access their individual account information. Taxpayers can view taxes owed, balance details, information on a most recent tax return, payment plan details and more.
     
  • Get a tax record. Request a copy of a tax return online. The Get Transcript Service is for individual taxpayers to retrieve their own transcripts for their own purposes.
     
  • Download tax forms and instructions. Current and prior years' forms are available. Other online options include IRS e-Books and accessible versions for people with disabilities.
     
  • Tax Withholding Estimator. Use of this tool can help people bring their taxes paid closer to what is owed. The IRS encourages everyone to perform a "paycheck checkup" to be sure the right amount of tax is withheld based on their personal situation.

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Tuesday, April 27, 2021

DHSS announces final phase of electronic physician certification implementation for medical marijuana patients — Greenway Magazine - Greenway

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The Section for Medical Marijuana Regulation at the Department of Health and Senior Services (DHSS) is rolling out the final phase of its online system for electronic physician certification of medical marijuana patients. The final step in implementing the system will be to remove the option for manual (paper) certification. Monday, the Department removed the fillable physician certification form from its website, and beginning May 26, 2021, only electronic physician certifications will be accepted for medical marijuana patient applications.

Pursuant to Missouri law, a physician certification form for a medical marijuana patient applicant must be completed and signed by a Missouri licensed physician who is active and in good standing to practice medicine or osteopathy.

The Medical Marijuana Program began contacting physicians in January to explain the upcoming changes and to offer training on the new capabilities of the online system. Physicians have been participating in training, establishing their accounts for electronic certification, and have begun submitting certifications in the online system. This development offers a secure account for physicians, whose identities will be verified by the Department at the time of account creation. The physician’s good standing will also continue to be verified at the time of application review.

When development of this new system began, Lyndall Fraker, director of the DHSS Section for Medical Marijuana Regulation said, “This new process will provide an opportunity for more direct communication between certifying physicians and the Department, which will strengthen this partnership in the shared goal of creating a safe and secure program for Missouri medical marijuana patients and their caregivers. We have received significant positive feedback from physicians and patients about this improvement in application processes and appreciate their input and cooperation during this transition.”

Patients and physicians are encouraged to contact the Section for Medical Marijuana Regulation with questions or as assistance is needed. Additional information will be posted at medicalmarijuana.mo.gov.

About the Missouri Department of Health and Senior Services: The department seeks to be the leader in protecting health and keeping people safe. More information about DHSS can be found at http://health.mo.gov or find us on Facebook and Twitter @HealthyLivingMo

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DHSS announces final phase of electronic physician certification implementation for medical marijuana patients — Greenway Magazine - Greenway
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New Rules to Overhaul Electric Grids Could Boost Wind and Solar Power - The New York Times

mivo.indah.link Federal regulators on Monday approved sweeping changes to how America’s electric grids are planned and funded, in a move ...

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