Ford hopes to complete its Michigan LFP battery plant, even if Republicans nix tax break

Ford hopes to complete its Michigan LFP battery plant, even if Republicans nix tax break
Ford hopes to complete its Michigan LFP battery plant, even if Republicans nix tax break

Legacy automakers know that EVs are the future—but as public companies, the only future they can plan for is next quarter’s earnings report. As the current US administration slashes support for new technologies, automakers have been mostly silent, and some have quietly scaled back previously-announced electrification plans.

So, it’s refreshing to hear that Ford still hopes to complete a new LFP battery plant it’s building in Michigan, even if Congress makes the project ineligible for tax incentives.

The $3-billion plant, in Marshall, Michigan, uses technology that Ford licensed from Chinese battery maker CATL. Tax credits for US battery plants provided under the Inflation Reduction Act could offset about a quarter of the cost of the plant, Ford execs said.

However, a bill making its way through Congress would ban federal support for battery plants that use technology from China. Ford says losing the credits would have a “very material” effect on the plant’s financial performance.

“We don’t want to back off on this facility,” Lisa Drake, VP of Ford’s Technology Platform Programs and EV Systems, told reporters. “It would really be a shame to build these facilities and then all of a sudden have to scale back on the most important part, which is people.”

Ford’s plant is scheduled to start production in 2026 and is expected to create 1,700 jobs.

Several other US battery plants under construction use technology from suppliers based in South Korea or Japan, which are not targeted by the bill.

Ms. Drake said Ford probably would have built the plant outside the US if not for the tax credits provided by the Biden administration’s IRA. She also noted that manufacturing machinery for the plant, now in transit from China, will be subject to higher tariffs than previously expected.

A White House spokesman told the New York Times: “Our autoworker community strongly supports the president’s agenda and stands with him every step of the way.”

Well, maybe not all of the autoworker community. David Green, Director of the United Auto Workers region covering Ohio and Indiana, recently wrote in The Ohio Capital Journal: “Repealing clean vehicle tax credits alone could reduce EV sales as much as 40 percent by 2030, and could result in the idling of existing assembly plants and the cancellation of many planned EV battery manufacturing facilities. The irony is stark and painful: thousands of battery workers have just voted to unionize, ensuring their jobs are high-quality and family-supporting. Now congressional Republicans are voting to kill those very same jobs.”

Sources: New York Times, Washington Examiner, Ford

comemso introduces SmartCal for automated calibration of EV battery cell simulators

comemso introduces SmartCal for automated calibration of EV battery cell simulators
comemso introduces SmartCal for automated calibration of EV battery cell simulators

comemso has announced SmartCal, a fully automated calibration system for its Battery Cell Simulator (BCS), targeting developers and testers of battery management systems (BMS) in electric vehicle and high-voltage test environments. The SmartCal system enables on-site or in-lab calibration and adjustment of BCS units, designed to maintain long-term measurement accuracy in EV battery testing.

SmartCal integrates an automated process and user interface with a 6.5-digit digital multimeter calibrated to ISO 17025 standards. For in-house use, calibration and measurement data are stored in a centralized comemso database. When used at the customer’s facility, the data is saved locally and automatically exported as a PDF calibration report.

The system supports both verification and channel adjustment functions, allowing precise tuning of individual simulator channels. It can be rented or purchased and deployed flexibly across laboratory and production environments. comemso says the system helps ensure consistent measurement quality while eliminating downtime caused by device returns.

“If you want to develop good BMS, you have to be able to test them precisely,” said Dr. Kiriakos Athanasas, CEO of comemso. “With SmartCal, we ensure that our customers can maintain the high measurement quality of their BCS over many years—simply, automatically and precisely.”

SmartCal is designed for use in EV development, BMS end-of-line test systems, and energy storage applications. By enabling decentralized calibration, the system reduces logistical effort and minimizes testing interruptions.

Source: comemso

GÖPEL electronic launches 500 kW EV battery test bench with regenerative power and BMS interface

GÖPEL electronic launches 500 kW EV battery test bench with regenerative power and BMS interface
GÖPEL electronic launches 500 kW EV battery test bench with regenerative power and BMS interface

GÖPEL electronic has introduced a modular, high-voltage battery test bench designed for safety and functional testing of EV battery packs. Developed for use in automotive development and production environments, the system is intended to support fast and cost-efficient quality assurance of battery cells and packs.

The test bench delivers up to 500 kW of power and supports test voltages up to 1,000 V DC and currents up to 800 A DC. It includes a central measurement unit with integrated computer and display, a control cabinet, and a unit for power electronics, all of which can be configured to meet specific testing needs. The platform also features regenerative energy capability, enabling energy recovered during discharge cycles to be fed back into the grid, improving overall energy efficiency.

Key functions include insulation testing up to 7.5 kV, evaluation of AC impedance, cell dynamics under alternating current, and detection of critical defects. According to the company, test results provide insights into electrochemical processes, cell aging and internal resistance across frequency ranges. The system interfaces with a battery management system (BMS) via CAN-BUS and performs a charging/discharging cycle followed by state-of-charge verification.

Final test data are automatically exported to a production database and presented in customizable reports. The system also verifies quiescent current, confirms the battery’s final charge state, compares sensor and error memory data, and performs the final flashing of customer software onto the battery before delivery.

Source: GÖPEL electronic

Bio-based heat shrink tubing materials for next generation sealing and protection

Bio-based heat shrink tubing materials for next generation sealing and protection
Bio-based heat shrink tubing materials for next generation sealing and protection

Due to the rising global demand for sustainable chemicals, the bio-based polymer market is anticipated to expand substantially in the future, based on industry forecasts. The primary driving force behind the development of bio-based polymers is their use of renewable, plant-based content which is critical given the public’s concern on the use of fossil fuels. Significant advancements in the method for refining biomass raw materials towards the creation of bio-based construction materials and products are driving this rise.

Are you ready to revolutionize your approach to electronic component protection?  Discover the groundbreaking advancements in bio-based heat shrink tubing materials that are setting new standards in sustainability and performance. Our exclusive whitepaper delves into the latest innovations and market trends, providing you with the insights needed to stay ahead in the industry.

 Here’s what you’ll learn:

  • Market Dynamics: Understand the driving forces behind the growth of bio-based polymers and their impact on the industry
  • Scientific Innovations: Explore the latest advancements in polymer chemistry and the development of bio-based materials
  • Environmental Impact: Learn how bio-based polymers reduce greenhouse gas emissions and reliance on fossil fuels
  • Application Benefits: Discover the versatility, durability, and safety features of bio-based heat shrink tubing in various applications.

Lumina aims to raise $20-40 million in Series A funding for electric construction equipment

Lumina aims to raise -40 million in Series A funding for electric construction equipment
Lumina aims to raise -40 million in Series A funding for electric construction equipment

US-based Lumina, a company specializing in electric construction equipment, is aiming to raise between $20 million and $40 million in its Series A financing round, according to Axios.

Lumina was founded in 2021 by entrepreneur Ahmed Shubber and aims to release a 32-ton autonomous and electric bulldozer prototype, the Moonlander.

The prototype is similar to the size of a Caterpillar D6 while delivering the load capacity of the larger D9 model. Shubber has ambitious plans for Lumina, including a target of $100 million in revenue within two years of starting operations.

Lumina’s business strategy is based on not only selling its bulldozers but operating them directly at construction sites, allowing it to maintain full control over the deployment of its equipment.

The company also plans to develop a 100-ton electric excavator, Blade Runner, which will also feature advanced autonomous operating technology.

Source: Axios

Scania to start deliveries of new electric buses to northern Sweden

Scania to start deliveries of new electric buses to northern Sweden
Scania to start deliveries of new electric buses to northern Sweden

An order that was placed in 2024 for Scania buses to be deployed in and around Åre, Sweden, a region where temperatures can vary some 60° C during the course of a year, is now to be fulfilled, and the buses put into operation.

The buses are built on the Swedish manufacturer’s battery electric platform that was launched in October 2023 and recently added a three-axle variant. The company will start the deliveries this summer. The initial batch includes two-axle low-entry buses of the Scania Fencer f1 model, equipped with four battery packs. The second batch of three-axle low-entry Scania Irizar i3 buses with five battery packs will follow at the end of the year.

Scania adds a three-​axle low-​entry model to its lineup of battery-​electric buses

The buses will be delivered through a collaboration with local Scania dealer Berners and operator Connect Bus and used in city and suburban operations. The 14 buses will be charged using local and sustainable hydropower.

Electric Scania buses are already in operation nearby and have proven to run smoothly despite the region’s temperature variations, ranging from +30° C in summer to -30° C in winter.

“We listened to the market and developed an electric bus platform that meets today’s transport needs. This order demonstrates that customers and authorities appreciate its benefits,” says Anna Ställberg, Head of Urban Solutions at Scania. “In addition to having zero tailpipe emissions, the buses are also equipped with the latest road safety technology, including new advanced driver assistance system functionalities.”

Source: Scania

Amprius forms partnership with a South Korea battery manufacturer

Amprius forms partnership with a South Korea battery manufacturer
Amprius forms partnership with a South Korea battery manufacturer

Amprius Technologies, which is developing a silicon battery anode platform, has signed a new contract manufacturing agreement with an unnamed battery manufacturer in South Korea.

Amprius said that the strategic partnership expands its global production footprint and enhances its ability to deliver high-performance SiCore cells at scale to meet rising global demand.

The South Korean partner brings extensive experience in manufacturing advanced lithium-ion batteries across a range of form factors and cell chemistries. Initial production will include a balanced SiCore cell engineered to deliver high-energy and high-power performance for an advanced drone.

The facility will manufacture SiCore silicon anode cells to Amprius’s specifications, supporting current and next-generation battery platforms. These high-performance lithium-ion cells are optimized for high-demand applications in aerospace, defense and electric mobility.

The addition of this manufacturing partner builds upon Amprius’s existing 1.8 GWh of contracted production capacity, enabling the company to deliver at volume. The expansion also allows Amprius to streamline logistics and accelerate delivery timelines to customers.

“This partnership reflects the next step in Amprius’s capital-light production scaling strategy,” said Dr. Kang Sun, CEO of Amprius Technologies. “By expanding our manufacturing footprint into new regions, we are strengthening our supply chain and positioning ourselves to serve global customers with greater speed and efficiency.”

Source: Amprius Technologies

Tesla’s Next Big Move Has Nothing to Do With Cars

A $556 Million Battery Plant in China Shows Where Tesla’s Really Headed

When you think of Tesla, you probably think of electric vehicles. Model 3. Cybertruck. Ludicrous Mode. But while the world has been waiting for more car updates, Tesla just made a major move in a completely different direction. And it might be even bigger than a new vehicle.

On June 20, Tesla signed a $556 million deal to build China’s largest grid-scale battery storage plant.

Yes, you read that right. Not a Gigafactory. Not another showroom. A battery plant, but not for EVs. These are Megapacks, designed to store power for entire neighborhoods, factories, or utility grids.

Here’s why that matters.

What Is Tesla Building?

The project will be based in Shanghai and will focus on energy storage, not vehicles. The facility will produce Tesla Megapacks, which are large battery systems that store electricity and release it when the power grid needs support.

Each Megapack can hold over 3 megawatt-hours of energy. That’s enough to power about 3,600 homes for an hour. With thousands of these units planned, the impact could be massive.

Why China?

Tesla already has a strong presence in China with its Gigafactory in Shanghai. But this new facility is focused on energy, not cars.

China is rapidly expanding its wind and solar energy production. The challenge with renewable energy is that it’s not always available when demand is high. That’s where battery storage comes in. Tesla’s Megapacks help stabilize the grid by storing excess power and releasing it when needed.

This new plant will help China reach its clean energy goals while positioning Tesla as a key player in the energy sector.

What This Means for Tesla’s Future

This project highlights an important shift. Tesla is no longer just a car company. It is becoming a major energy company.

Tesla’s energy division is growing quickly. In 2024, Tesla deployed 31 gigawatt-hours of energy storage, a 113 percent increase from the previous year.

The new Shanghai plant will add another 40 gigawatt-hours of capacity per year. That expansion shows how seriously Tesla is investing in long-term energy infrastructure.

Why You Should Care (Even If You’re Just Here for the Cars)

This move isn’t only about Tesla growing its business. It’s about strengthening the future of clean energy. More energy storage means fewer blackouts, more reliable EV charging, and better support for solar and wind power.

For Tesla fans and investors, it’s also a sign that the company is building more than one path to growth. Cars will continue to evolve, but energy storage has the potential to power the world for decades to come.

 

While most people are waiting for the next Tesla vehicle announcement, the company is making big moves in the background. The $556 million battery project in China could be one of its most important yet.

It’s not flashy. It’s not on four wheels. But it could be the foundation of Tesla’s next chapter.

Source: Reuters

Seattle ICE protesters didn’t touch the Cybertruck for their own safety (video)

A Tesla Cybertruck was stuck in a traffic jam as anti-U.S. Immigration and Customs Enforcement (ICE) protesters blocked a road in Seattle on Saturday, June 14th.

Somehow, the Cybertruck was placed at the very front of the other cars as protesters swarmed the street. The front light bar of the Tesla pickup truck was lit, and the driver was observing the protesters as they neared the vehicle.

Surrounded by several protesters closing in on the Cybertruck to vandalize it, someone wiser in the crowd suddenly asked everyone to pull back and put a pause on their intentions.

The warning came as one of the protesters realized that this vehicle is not a common car. Realizing that the Cybertruck has multiple cameras around the vehicle that can record vandalism, the protester held their movement and refrained from harming the vehicle.

“Don’t touch, Don’t touch, Don’t touch it, it has cameras,” a protester screamed. Tesla’s Sentry Mode is an intelligent system that starts recording and saving video clips as someone comes too close to the vehicle (even when the vehicle is parked and Sentry Mode is turned ON).

“Don’t touch the car, for your safety, don’t touch the car,” the unidentified protester made it loud and clear once again.

According to Tesla CEO Elon Musk, the Cybertruck EV pickup truck is made for the apocalypse era and is the best in self-defense. Last year, vandals were not able to break the glass of the Cybertruck in California.

Tesla Cybertruck is built so tough that it survived a bomb blast in Las Vegas at the Trump Hotel earlier this year. The stainless steel body of the Cybertruck is also bulletproof to an extent.

In such situations, the Cybertruck is the safest vehicle to travel in. Let us know your opinion in the comments section below.

===

Featured image: Courtesy of Tesla, Inc.

Note: This article was published earlier on Tesla Oracle. Author: Iqtidar Ali.

Tesla invites Robotaxi Early Access riders, service begins on 22nd June

Tesla (TSLA) has finally confirmed the Robotaxi service launch date, which is 22nd June. The automaker started sending event invite emails to selected Early Access riders.

These Early Access riders are almost from the same group of original Full Self-Driving (FSD) beta testers. Since these beta testers already have experience using FSD and are comfortable with the system, it’s better to have them try the new Unsupervised Robotaxi service before the public.

Although Elon Musk has been critical of geofenced autonomous cars and robotaxi services in the past, Tesla is beginning its Robotaxi service in a geofenced area in Austin, Texas. The reason is safety.

“We are being super paranoid about safety,” Elon Musk stated in his previous Robotaxi schedule update.


Here’s Tesla’s official Robotaxi service invite email in full text:

The Future is Now! You’re invited to Early Access of Tesla’s Robotaxi service in Austin, TX!

As an Early Access rider, you can be among the first to use our new Robotaxi App and experience an autonomous ride within our geofenced area in Austin. Through this exclusive preview, you’ll have the opportunity to provide valuable feedback on our Robotaxi service.

While the Early Access phase is invitation-only, you are permitted to bring up to one additional guest, so long as they are 18+ and you remain present with them for the duration of the ride. A Tesla Safety Monitor sitting in the front right passenger seat will accompany you on your trip.

Tesla laid down the following SOPs and terms of use of the Robotaxi service for the Early Access riders and their accompanying guests:

The Vehicle

  • Riders are prohibited from sitting in the front-left seat (i.e., a driver’s customary seating position) but may sit in another available seat.
  • The number of passengers may not exceed two.
  • Please do not tamper with, modify, damage, or physically manipulate any equipment or component installed in or on the Robotaxi, or otherwise do anything that could interfere with, disrupt, negatively affect, or inhibit the Robotaxi’s proper operation. This includes attempting to take control of the vehicle via the steering wheel and/or attempting to activate other driving controls.

This email also reveals that Tesla will be launching a totally new app for its Robotaxi service. This app will be separate from the Tesla mobile app that owners use for connecting to their cars and performing various actions like pre-heating and cooling remotely.

As the Tesla Robotaxi service spreads to other parts of Austin and later on launches in California, the Robotaxi app would become the Uber of the future. However, the difference will be huge as Tesla’s ride-hailing service will be autonomous.

According to Tesla CEO Elon Musk, by 2030, the Tesla Robotaxi service can add a 10X value to the company.

Elon Musk’s vision of an autonomous future and the growth of Tesla’s Robotaxi service depend significantly on the success of the Robotaxi service launch event on June 22nd. So, stay tuned as we provide you with exciting and interesting updates on the Tesla Robotaxi service launch.

===

Featured image: Courtesy of Tesla, Inc.

Note: This article was published earlier on Tesla Oracle. Author: Iqtidar Ali.