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The US Treasury Department today announced its expected EV tax credit guidance on the battery component and critical mineral sourcing requirements of the Inflation Reduction Act, changing the availability of EV tax credits in the US, with the net effect of reducing tax credit amounts for many vehicles purchased on April 18 or later.

The Inflation Reduction Act includes a provision that limits the $7,500 EV tax credit to vehicles that are assembled in North America. Beyond that, a certain percentage of each car’s battery components need to be built in North America, and critical minerals need to be sourced from the US or a US free trade country, with these percentages increasing every year. Each of these two requirements make up half of the credit, so if a car qualifies for one but not the other, it’s eligible for $3,750 worth of federal tax credits.

The NA-assembled provision went into effect immediately in August when the bill was signed, but the battery sourcing provisions were left up to the Treasury to decide. It was originally supposed to announce those specifics by December, but pushed back the deadline until today.

This temporarily qualified some vehicles, like the Chevy Bolt (which will now remain a screaming deal through April 17), and some Tesla models for the full $7,500 credit. Both GM and Tesla have previously stated that they don’t expect to qualify for the full purchase credit when the new battery rules go into effect.

Senior administration officials advised that while fewer cars will qualify for the full credit in the short term, the law will work to strengthen the US industrial base and eventually there will be more cars that qualify as production gets on-shored.

In addition to the NA-assembly and battery provisions, cars over $55K and SUVs/trucks over $80K MSRP do not qualify. Also, taxpayers cannot claim the credit if their income is over $150K/$225K/$300K for single/head-of-household/married filing jointly.

The domestic assembly provisions caused some rankling in the international community when the bill was passed, with some foreign automakers and governments decrying it as a protectionist move. Since then, to help smooth over these complaints, the US signed a free trade deal for battery minerals with Japan earlier this week and is working on a similar agreement with Europe.

The Treasury has also suggested that it is still possible for foreign-assembled cars to still qualify for commercial tax credits if they’re leased, an interpretation that was pushed for by Hyundai and Kia (but opposed by the famously anti-EV Toyota). In this case, a dealership would file for the commercial credit and presumably could pass it on to the consumer in the form of lower lease payments.

Senior Treasury and White House officials said today that due to the domestic production provisions of the IRA, $45 billion worth of new electric car manufacturing investments have been announced since the act was signed. The administration said this accounts for tens of thousands of jobs across 24 states, along with several other commitments related to the law’s EV-adoption goals (more public charging, more electric transit, and so on).

Details of the new battery sourcing requirements

Thankfully, the new battery sourcing guidance today held few surprises. It is, however, going into effect a little later than expected: April 17, rather than the end of March (today).

So buyers will have a couple more weeks to purchase an EV before tax credit amounts are reduced, as the new guidance will be applicable to vehicles placed into service on April 18 or later. These vehicles may lose access to half or all of the tax credit, depending on where their battery components and critical minerals are sourced.

To meet requirements set up in the IRA, manufacturers must ensure that battery critical minerals are “extracted or processed in the US or any country with which the US has a free trade agreement,” or recycled in North America. They must also ensure that battery components are “manufactured or assembled in North America.”

Each of these legs accounts for half of the total $7,500 credit.

Each leg also has an “applicable percentage” based on the year the vehicle is “placed into service,” which can be seen in the flowchart below. The process of measuring whether a car meets these requirements is relatively straightforward, and involves identifying the value (rather than weight or volume) of each component or mineral used in the battery supply chain:

EV Tax Credit flowchart

The Treasury seems like it intends to take a lenient view of what counts as a “free trade agreement” for the critical mineral provisions, and specifically noted that this week’s agreement with Japan counts. The list of countries it identified was: Australia, Bahrain, Canada, Chile, Colombia, Costa Rica, Dominican Republic, El Salvador, Guatemala, Honduras, Israel, Jordan, Korea, Mexico, Morocco, Nicaragua, Oman, Panama, Peru, Singapore, and Japan

There is one more consideration: After 2024, batteries must contain no components whatsoever that were manufactured or assembled by a “foreign entity of concern” (FEOC) and after 2025, no critical minerals can be extracted, processed, or recycled by a FEOC.

The law itself does not specify a full list of FEOCs, so it falls upon the Treasury to provide that before the end of the year, when the rule first takes effect. The Treasury could not tell us whether this list would focus on national or subnational entities.

Presumably, some significant percentage of those entities will be associated with China, given that the IRA specifically intends to reduce the overreliance on China for batteries, whether the list ends up including all of China itself or not. A senior administration official specifically noted that many minerals currently get extracted in Australia and processed in China. The administration hopes some of those minerals could instead be processed perhaps in Japan, under the US’s newly signed trade agreement focused on environmental standards and workers’ rights.

And there is still a chance to iron out any wrinkles left in today’s guidance, as today’s rule is merely a “proposed” rule, rather than a final one. The proposed rule is published in the federal register, and public comments will be taken through June 16. This also means that vehicles placed into service between April 18 and whenever the final rule goes into effect will use the proposed rule, whereas later vehicles will use the final rule, in whatever form that rule takes. Any changes are likely to be minor.

With the new tax credit guidance only released today, a full list of qualifying vehicles is not yet available. Manufacturers will have to certify that their cars meet these new sourcing requirements and submit that information before the proposed rule goes into effect on April 17. The government will publish a list of eligible vehicles and the amount of credit each vehicle receives on fueleconomy.gov on April 18, and we at Electrek will keep you updated when that list comes out.

Electrek’s Take

With today’s battery sourcing guidance, we’ve moved one step closer to the end of the long and complicated EV tax credit implementation saga. Most provisions of the Inflation Reduction Act are now somewhat clear, with the primary exception of the future point-of-sale tax credits, slated for 2024, which will allow buyers instant access to EV discounts instead of having to wait to file their taxes.

There will be a few more changes over time, as manufacturers move to onshore production, or as the US government possibly makes more deals with other countries as it did with Japan this week. These should gradually qualify more cars for tax credit access.

On the other hand, some cars might lose out over time due to increases in the “applicable percentage” as years tick by. We’ll keep you updated about any changes as we learn about them, but hopefully things will settle into a bit more of a steady state from here on out.

It would have been nicer if the journey was a little simpler, but given that the legislation had the goal of not only increasing electric car adoption but also increasing American manufacturing in a world where manufacturing is so globalized, it was always going to end up being a little complex.

And in the end, more cars will take advantage of the tax credit than before, when credits were capped at 200,000 per manufacturer, so it’s still an improvement, if an imperfect one.

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China and India still rely heavily on coal, climate targets remain ‘very difficult’ to achieve

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China and India still rely heavily on coal, climate targets remain 'very difficult' to achieve

The Huaneng Huaiyin power station in Huaian, China, on Nov. 12, 2023.

Nurphoto | Nurphoto | Getty Images

China and India have not reduced coal generation for electricity, according to a new study, making it harder for Asia’s largest carbon emitters to reach their climate targets.  

While both Asian countries have ambitious plans to cut emissions, heavy reliance on coal — the dirtiest fossil fuel — continues to be the most reliable and affordable way of meet rising electricity demand. 

Global electricity generation from coal has been consistently rising for the last two decades, nearly doubling from 5,809 terawatt-hours in 2000 to 10,434 TWh in 2023, a new study by energy think tank Ember found. The highest increases came from China (+319 TWh) and India (+100 TWh), the study showed.

According to the IEA, coal remains the biggest energy source for electricity generation, supplying more than one-third of global electricity. It will continue to play a crucial role in industries such as iron and steel until new technologies are available.

“It will be very difficult to meet targets without a rapid face down in coal. It’ll certainly be out of reach,” said Francis Johnson, senior research fellow and climate lead at the Stockholm Environment Institute’s Asia Center.

“We’re not phasing out coal fast enough,” he warned.

China

Asia’s largest economy has two big climate goals: to strive for peak carbon emissions in 2030, and reach carbon neutrality in 2060. Still, reliance on coal has shown no signs of waning.  

Electricity demand in the East Asian nation has increased by sevenfold since the beginning of the decade, while coal demand has climbed by more than five times over the same period, Ember’s research showed. 

China, the world’s largest coal producer, emitted 5,491 million tonnes of carbon dioxide from electricity generation in 2023. That’s at least three times more than the U.S. (1,570 MtCO2) and India (1,470 MtCO2), data from the study showed.

Just because you cut coal emissions, it doesn’t mean you get away with emissions in the other sectors

Francis Johnson

senior research fellow and climate lead at the Stockholm Environment Institute

However, the country has made notable progress in renewable energy development, leading to a slowdown in the rate of emission increase from an average of 9% annually between 2001 and 2015, to 4.4% annually between 2016 and 2023, the energy think tank said.

“China is very close to peak emissions and the clean energy transition is going extraordinarily fast,” Dave Jones, global insights program director at Ember, told CNBC.

“Even with very high levels of electricity demand growth, it looks like the levels of renewables growth would be enough,” Jones said.

Excavators transfer coal at the coal terminal in China’s eastern Jiangsu province on January 22, 2024.

Str | Afp | Getty Images

Clean electricity contributed to 35% of China’s total electricity generation, the Ember report showed. Hydropower —  its second-largest energy source — made up 13% of that mix, while wind and solar combined reached new highs of 16% in 2023.

“Had wind and solar generation not increased since 2015, and demand had instead been met by coal, emissions would have been 20% higher in 2023,” the report highlighted, adding that those two sources can now generate enough electricity to power Japan. 

But Stockholm Environment Institute’s Johnson warned China still needs to be less dependent on other forms of fossil fuels.

“Phasing down coal is absolutely necessary, but it’s not sufficient. Just because you cut coal emissions, it doesn’t mean you get away with emissions in the other sectors,” he noted.

India

When India became the world’s most populous country last year, power demand grew by 5.4% compared to 2022. This was more than double the global increase.  

The country’s leaders have been optimistic about its path to net zero, making bold claims that 50% of its power generation will come from non-fossil fuel forms of energy by 2030. 

Emissions from the power sector are expected to peak around 2030, while total energy-related emissions will reach their highest around 2034, Climate Action Tracker estimated. 

Tuticorin Thermal Power Station in Tuticorin, India, on March 21, 2024.

Bloomberg | Bloomberg | Getty Images

But the Ember study showed that added pressure from droughts pushed the country to generate 78% of its electricity from fossil fuels, where coal made up 75% of that mix.

Like China, India has also made significant strides in other forms of renewable energy.

'Huge growth' in India's power demand in the next decade: Tata Power CEO

In 2023, India overtook Japan to become the world’s third largest solar power generator, according to Ember. 

Ember found that India’s solar power generation totaled 113 terawatt-hours (TWh) last year, representing a 145% increase since 2019. This ranks behind China (584 TWh) and the U.S. (238 TWh). 

“When it comes to the pathway to carbon neutrality for China and India, you would expect the emissions to rise when demand grows. But at some point, the GDP growth needs to decouple with emissions where we need it to first peak, then fall,” Ember’s Asia Programme Director Aditya Lolla told CNBC.

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Scout Motors will unveil two flagship EVs this summer, here’s what we know so far

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Scout Motors will unveil two flagship EVs this summer, here's what we know so far

Revived truck brand Scout Motors has set the timetable for the debut of its first-ever EVs. This summer, the public will catch a glimpse of an all-electric pickup and an SUV the Volkswagen sub-brand has been developing since its recent inception. Here’s what we know.

The current iteration of Scout Motors is derived from the beloved nameplate of off-road vehicles built by International Harvester in the ’60s and ’70s. While only about 530,000 Scout trucks were built during its 20-year production run, the early Jeep competitor still holds a small but passionate fanbase.

In 2022, Volkswagen Group shared plans to capitalize off that heritage and revive the namesake for the modern, EV age while still delivering customers the rugged, off-road performance its remaining predecessors are still celebrated for. With the help of contract manufacturer Magna International, Scout Motors has two initial EV models in development

We know the two flagship models will be built in the US, specifically in South Carolina, but so far, we’ve only seen broad renderings of them. The young EV brand is currently working through design and development in Novi, Michigan, while a new Innovation Center is being built nearby.

Meanwhile, construction of Scout Motors’ production facility in The Palmetto State is underway. Before those builds begin however, we still need to see what Scout Motors’ first two EVs look like and know we know when to expect that milestone.

We’ll get a look at Scout Motors’ first EV in late summer

Per an update to the Scout Motors website, an EV reveal is being planned for late summer 2024. Exactly when or where this anticipated event will occur remains TBD. Still, we hope to get the invite as we were there for the groundbreaking ceremony in South Carolina this past February.

That’s about all we’ve learned about new information surrounding Scout Motors’ first two EVs, but previous conversations with executives, including CEO Scott Keogh, have hinted at what to expect during the summer reveal.

In talks with Electrek, Keogh expressed the advantage Scout Motors has as a clean slate design approach that, unlike most young EV brands, has an existing heritage backed by the purchasing and production expertise of parent Volkswagen Group.

That said, Scout intends to do its own thing regarding EV development and design. Scout’s Chief Production Officer, Dr. Jan Spies, told us that the platform technology Scout’s first two trucks will sit atop is “not a twin, daughter, or brother” to any of the platforms currently used in the larger VW Group.

Spies elaborated, saying Scout Motors’ bespoke EV platform gives it an advantage in terms of development speed and offers a beautiful opportunity to deliver a unique car for its environment. Keogh assured us the two bespoke EVs are both “badass” and “robust,” designed to tackle the elements and stay true to the legacy of trucks that inspired them.

VW-US-EVs
(Source: Scout Motors)

We expect Scout to sacrifice a bit of range in exchange for such off-road performance, but we won’t know where those numbers land until the official reveal. In February, Scout Motors’ CEO said the final designs of both trucks were super close, with the actual engineering of the EVs to quickly follow.

While the young automaker has confirmed it will unveil both models in late summer, we have already been warned that EV production will require some cadence while the South Carolina plant continues to scale. Which model will be built first has yet to be determined… or at least made public. Maybe we will find out in a couple of months. We will report back then!

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Tesla now spends ad money to influence shareholders approval of Elon Musk’s $55B payday

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Tesla now spends ad money to influence shareholders approval of Elon Musk's B payday

Tesla has now disclosed that it is spending money to promote its shareholders vote to approve of Elon Musk’s $55 billion compensation package.

Back in 2018, Tesla shareholders approved one of the biggest compensation plans of all-time: a $55 billion fully stock-based CEO compensation plan for Elon Musk.

In January, a judge sided with lawyers representing a Tesla shareholder alleging that Tesla’s board misrepresented the compensation package when presenting it to shareholders.

It’s a complicated issue, but in short, the judge found that Tesla’s board and Musk didn’t play by the rules of a public company when it presented the plan to shareholders.

The judge found that Tesla had governance issues when coming up with the compensation plan and those issues were not communicated to shareholders before voting on the plan.

Instead, Tesla claimed that the plan was negotiated by “independent board members” when it was found that some board directors had personal financial dealings with Musk outside of Tesla, amongst other things.

The Delaware court found that this invalidated the vote, and therefore, Tesla had to rescind the compensation plan.

Last month, Tesla told shareholders that it will ask them to vote on moving Tesla’s state of incorporation to Texas and then revote for Musk’s compensation plan without changing anything.

Since then, Tesla has been working hard to get shareholders to vote for those two items. It started a website to promote it, sent countless communications to shareholders about it, and now, the company’s board is going a step further.

In a new filing with the SEC, Tesla confirmed that it is now buying ad spaces to encourage shareholders to vote for these items:

Tesla has to file with the SEC all the “communications” it has with shareholders regarding the vote and this time, the communications are listed as “sponsored” on Google – meaning that Tesla bought Google ads for it.

The automaker even spent money on Elon Musk’s pockets by buying ads on X with the post listed as “promoted”.

Tesla shareholders have until June 13th to vote their shares.

Electrek’s Take

Tesla’s board is clearly getting nervous about the vote.

It’s pretty funny that Tesla’s board, which got Elon’s compensation package invalidated after a judge found governance issues, is now approving spending Tesla’s money on an Elon-owned platform to try to influence a vote that would send even more money into Elon’s pockets.

That’s where we are now.

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