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Toyota just got a $4.5 million boost from the US Department of Energy (DOE) to make EV batteries more sustainable.

The funding comes from ARPA-E’s CIRCULAR program, which focuses on creating a sustainable, domestic supply chain for EV batteries.

The project, led by Toyota Research Institute of North America (TRINA), aims to tackle one of the EV industry’s biggest challenges: What do we do with old batteries?

Right now, disassembling battery packs and figuring out which parts can be reused or recycled is a slow, manual, and costly process. Toyota, teaming up with Oak Ridge National Laboratory (ORNL), the National Renewable Energy Laboratory (NREL), and Baker Hughes’ Waygate Technologies, is working to change that.

Building the battery recycling center of the future

The project will focus on resolving the primary bottlenecks in the battery supply chain cycle, which are automating battery pack disassembly, data-driven battery classification, and addressing cell degradation. Think of it as a high-tech recycling center where every part of a used battery is carefully evaluated.

This approach could extend the life of valuable battery materials, reducing waste and the need to mine new resources. The ultimate goal? A blueprint for what Toyota calls a “3R facility of the future” – a place to reduce, reuse, and recycle batteries on an industrial scale.

Nik Singh, principal scientist at TRINA and principal investigator on this project, says the project could reshape how the industry approaches battery recycling:

This project and program will highlight avenues for everyone to rethink their approach to battery circularity, and help prioritize the extension of battery life, facilitate battery reuse, and reduce battery waste.

Tech innovations to close the loop

The team’s plan includes:

  • Automated battery pack disassembly to speed up the recycling process.
  • Advanced diagnostic tools to assess the condition of battery cells and modules.
  • Refabrication methods to turn old cells into new energy systems.

The payoff? Batteries that are reused and refurbished first – recycling becomes the last resort.

Marm Dixit, leading ORNL’s contributions, points out the environmental benefits. “By extending the life of the battery components, we reduce their total emissions per mile. That’s a big deal for the role EVs can play in the energy transition,” Dixit said.

NREL’s role will involve cutting-edge tech like machine learning and imaging using nano computed tomography to analyze the health and lifespan of batteries quickly. Baker Hughes’ Waygate Technologies will bring its expertise in non-destructive testing with advanced imaging systems.

Toyota’s Battery Lifecycle Solutions (BLS) team plans to take these innovations from the lab to real-world applications. “By applying the innovations established from this project, we aim to create a framework that not only reduces battery waste but also enhances the circularity of our battery supply chain,” said Sarah Kennedy, BLS manager, who is leading the technology to market deployment.

Read more: EV batteries may last up to 40% longer than expected – Stanford


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Manitou and Hangcha commit to heavy equipment battery production JV

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Manitou and Hangcha commit to heavy equipment battery production JV

French equipment manufacturer Manitou has committed to a joint venture with Chinese forklift manufacturer Hangcha that will see the two companies develop and manufacture advanced lithium-ion batteries to support the electrification of the heavy material handler space.

Manitou is well-known in the West, so they need no introduction. Hangcha, though, is arguably just as capable of a company, having opened its first forklift plant in 1956, manufacturing others’ designs under license. They developed their own, in-house material handler in 1974, and have racked up hits ever since. Hangcha is currently the world’s eighth-largest manufacturer of industrial vehicles globally (sounds wrong, but here’s the source).

The plan for the JV is to upgrade the two companies’ deployed fleets of existing lead-acid battery-powered vehicle with longer lasting lithium-ion (li-ion) batteries to expand their operational lifespan. From there, the focus could switch to diesel retrofits and, eventually, the joint development of entirely new products.

“Deepening strategic cooperation with Manitou Group and jointly establishing a lithium battery joint marks a new phase in the partnership between the two sides, which is a milestone in Hangcha global industrial layout,” explains Zhao Limin, Chairman and General Manager of Hangcha Group. “Leveraging Hangcha’s core technological and manufacturing strengths in lithium battery solutions, we will collaboratively enhance solution capability of new energy industrial vehicle power systems. This partnership perfectly aligns with our shared objectives to accelerate electrification transformation and drive sustainable development, while providing robust support to the broader industrial vehicle market.”

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Manitou MHT 12330


MHT 12330 with 72,750 lb. lift capacity; via Manitou.

Once production begins, the joint venture factory will play a key role in supporting Manitou Group’s “LIFT” strategic roadmap. LIFT aims to expand Manitou’s electric vehicle lineup of telehandlers and forklifts, and have EVs account for 28% of total unit forklift sales by 2030. Hangcha Group, meanwhile, has publicly stated its intention to become 100% electric by the end of 2025.

This joint venture plans to recruit employees including engineers, operators, sales representatives and after-sales service technicians. Le Mans Metropole will support the recruitment and local integration and training of future employees.

SOURCE | IMAGES: Manitou; images by Manitou, via Belkorp AG.


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With another tariff deadline looming, these 10 things are going the right way for stocks

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With another tariff deadline looming, these 10 things are going the right way for stocks

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These cars are losing value fast — that’s GREAT news for used EV buyers!

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These cars are losing value fast — that's GREAT news for used EV buyers!

New car buyers like to talk about the latest tech and resale value, but most people don’t buy new cars. The used car market is 3x bigger than new, and if you’re content to let the last guy take that big depreciation hit by scoring a great deal on a reliable, low-mile used car you could save thousands on your next EV.

I know what you’re thinking: these posts are always weird because they’re disproportionally impacted by the COVID-era supply chain disruptions, and the obscene dealer mark-ups that came along with them.

But looking into the data shows trends that are much closer to the kind of think you’d expect to see before COVID, with high-end luxury models like S-Class Mercedes that trade on being new and shiny taking massive depreciation hits and more mainstream offerings from brands like Toyota and Honda that trade on economy and reliability holding strong.

That usual luxury brand hit seems like it’s being compounded over at Tesla, where Elon Musk’s highly publicized political leanings have polarized support for the brand, and alienated a huge portion of the market. Demand for new and used Tesla vehicles has plummeted, and iSeeCars reports that the Tesla Model S suffered the biggest percentage price drop of all makes and models over the last twelve months, showing the pioneering electric sedan’s average price in June 2025 at $46,700, nearly 16%, or $8,800 lower than it was 12 just months earlier.

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This isn’t a post about Tesla, though (not intentionally, at least). Instead, it’s about those EVs that have lost the most value since they were first sold new five-ish years ago. So, if you’re looking for a great deal on a pre-loved EV, you could do a lot worse than the list, below, presented in order from biggest “loss” of value.

Top 10 fastest-depreciating EVs


Tesla Model S X Lunar Grey

  Make & Model MSRP Avg. 5 yrs >Difference % Change
1 Audi Q8 e-tron $74,400 $20,958 -$53,442 -71.9%
2 Jaguar I-Pace $72,000 $20,047 -$51,953 -72.2%
3 Tesla Model S $74,990 $27,835 -$47,155 -62.9%
4 Nissan Leaf (SV Plus) $36,190 $13,000 -$23,190 -64.1%
5 Tesla Model X $79,990 $32,940 -$47,050 -58.8%
6 Mercedes EQS $104,400 $41,121 -$63,279 -60.6%
7 Tesla Model Y $44,990 $23,775 -$21,215 -47.2%
8 Hyundai Kona Electric $32,675 $13,860 -$18,815 -57.6%
9 Tesla Model 3 $38,990 $20,950 -$18,040 -46.3%
10 Porsche Taycan $99,400 $48,445 -$50,955 -51.3%
11 Ford Mustang Mach-E $39,995 $21,600 -$18,395 -46.0%

Disclaimer: the models and pricing shown, above, were sourced from CarsDirect, Carscoops, iSeeCars, USNews, and Yahoo!Finance. These deals may not be available in every market, and the standard “with approved credit” fine print should be considered implied. Check with your local dealer(s) for more information.


If you’re considering going solar, it’s always a good idea to get quotes from a few installers. To make sure you find a trusted, reliable solar installer near you that offers competitive pricing, check out EnergySage, a free service that makes it easy for you to go solar. It has hundreds of pre-vetted solar installers competing for your business, ensuring you get high-quality solutions and save 20-30% compared to going it alone. Plus, it’s free to use, and you won’t get sales calls until you select an installer and share your phone number with them. 

Your personalized solar quotes are easy to compare online and you’ll get access to unbiased Energy Advisors to help you every step of the way. Get started here.

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