EV charging workforce development company SmarterHelp spins out from ChargerHelp

EV charging workforce development company SmarterHelp spins out from ChargerHelp
EV charging workforce development company SmarterHelp spins out from ChargerHelp

Public charging reliability is…let’s just say it’s an issue. ChargerHelp has developed a unique Reliability as a Service model that offers charging providers unlimited Operations & Maintenance (O&M) support and a guaranteed level of uptime for a fixed monthly fee. (Read an in-depth interview with CEO Kameale Terry in our March issue.)

Keeping chargers up and running requires skilled technicians, and workforce development has been a part of ChargerHelp’s mission from the beginning. Now the company has spun off its Learning & Development division into a new independent workforce development company called SmarterHelp, which will focus on scaling training for in-demand technical careers.

“We’ve always believed that technology alone isn’t enough—you need people prepared to maintain and lead the systems of the future,” said Kianna Scott, the new CEO of SmarterHelp. “With SmarterHelp, we’re taking the training we built inside ChargerHelp and scaling this approach to help communities across the country access the green jobs of tomorrow.”

SmarterHelp expects more than 6 million clean energy jobs to be created in the US by 2035, but finds that only 12% of global workers possess any green skills. SmarterHelp aims to address this gap through a certification-based curriculum model that equips learners—particularly from underserved communities—for high-growth technical careers.

“This has been a natural evolution,” said Kameale Terry, co-founder and CEO of ChargerHelp. “As ChargerHelp continues to focus on EV charging reliability through software and technology, it’s clear that the Learning & Development team had a larger mission to fulfill. SmarterHelp allows them to grow independently.”

SmarterHelp’s inaugural offering, the EVSE Reliability Technician Training program, is already in use by school systems, workforce boards and training providers. The organization will now expand its training portfolio to include pathways in smart grid systems, micro-mobility, sustainable infrastructure maintenance, and K-12 and CTE pathways, focusing on hands-on, accessible education towards careers that do not require a 4-year degree.

“Our approach to training is different,” said Scott. “We blend technical instruction with adult learning best practices, strong industry ties, and a deep commitment to access. We’re not just training workers—we’re helping build a just transition for the clean economy.”

SmarterHelp will host a public webinar on September 15, 2025, designed for superintendents, workforce leaders, and CTE program managers.

Source: SmarterHelp

Webinar: Upgrading ICE testbeds for hybrids and EVs

Webinar: Upgrading ICE testbeds for hybrids and EVs
Webinar: Upgrading ICE testbeds for hybrids and EVs

The ever-changing priorities of powertrain development present challenges to test facilities that have to support the wide range of propulsion systems. Adding high-power and high-voltage battery emulation to an existing testbed is a significant challenge.

Join this webinar at our September Virtual Conference on EV Engineering, presented by UNICO, to find out how Unico’s new URAC Battery Emulator is helping solve this problem.

September 15, 2025, 9:30 am EDT
Register now—it’s free!


See the complete session list for the Virtual Conference on EV Engineering here.

Broadcast live from September 15 to 18, 2025, the conference content will encompass the entire EV engineering supply chain and ecosystem, including motor and power electronics design and manufacturing, cell development, battery systems, testing, powertrains, thermal management, circuit protection, wire and cable, EMI/EMC and more.

Elon Musk becomes the highest paid CEO in history by getting $29 billion worth of Tesla shares

In an 8-K filing with the US Securities & Exchange Commission (SEC) dated 3rd August 2025, Tesla (TSLA) revealed that it has awarded Elon Musk 96 million shares of the company as a new ‘Interim Pay Package’ because the ‘2018 CEO Performance Award‘ is at a halt by the Delaware court.

Entrepreneur Elon Musk has been a part of Tesla since it was a small, privately owned experimental electric vehicle company. From developing the first original Tesla Roadster to FSD and the Optimus humanoid robot, Musk has been at the helm of the company, leading it to a trillion-dollar market cap.

Yesterday, Tesla’s share price closed at $308.72 (NASDAQ: TSLA), which translates to a valuation of more than $29 billion for Elon Musk’s interim performance award. This award has earned Elon Musk the title of the highest-paid CEO in history.

According to Tesla, this multi-billion-dollar package is awarded to Musk to retain him as the CEO of the company and lead the next phase of growth through his vision for the future. The following statement in the 8-K filing summarizes the approval of Elon Musk’s 2025 Interim Award of $29 billion:

On August 3, 2025, the Company approved an award of 96 million shares of restricted stock (the “2025 CEO Interim Award”) to Mr. Musk under the Company’s 2019 Equity Incentive Plan (the “2019 Plan”). The shares underlying the 2025 CEO Interim Award will be issued upon termination or expiration of the waiting period or periods under the Hart-Scott-Rodino Antitrust Improvements Act of 1976, as amended (the “HSR Act”). The 2025 CEO Interim Award was recommended by the Special Committee on August 1, 2025, and approved by the Board, with Mr. Musk and Kimbal Musk recusing, on August 3, 2025.

Source: Tesla Investor Relations / SEC (PDF here).

With the advent of AI, Tesla is not just a car company anymore. To survive and thrive in the age of artificial intelligence and self-driving cars, the leadership at Tesla thinks that it’s critical to have Elon Musk as the CEO.

In its disclosure to the SEC, Tesla’s board of directors has made it clear that Musk is indispensable to the company. It’s Elon Musk’s visionary leadership that has led Tesla to become a leader in electric vehicle manufacturing and the self-driving cars industry today.

In the process, Tesla is also transitioning its mission from “To accelerate the world’s transport to sustainable energy” to “To advance humanity through artificial intelligence, robotics, and sustainable technology”.

Highlighting this critical point in the 8-K filing document, Tesla wrote for its investors and shareholders:

Through Elon’s unique vision and leadership, Tesla is transitioning from its role as a leader in the electric vehicle and renewable energy industries to grow towards becoming a leader in AI, robotics and related services. To succeed, it requires a leader who combines strategic foresight, adaptability, and relentless execution to outperform competition and inspire the team. Elon has demonstrated these unmatched leadership abilities time and time again with his unparalleled track record of delivering shareholder value since he joined as a founding figure and spearheaded the transformation of our extraordinary company.

 

Delaware Court and Provisions

Elon Musk’s 2018 CEO Performance Award was blocked by the Delaware court. The final verdict on this case is still pending.

The majority of retail Tesla shareholders are in favor of Elon Musk’s 2018 Performance Pay Package. However, some investors and stakeholders do not agree with the decision of Tesla’s board of directors.

According to the valuation of the Tesla shares awarded in the 2018 Award, the $29 billion awarded to Musk in the 2025 Interim Pay Package is just about one-third of the previous package.

If the court fully reinstates the 2018 Performance Award, Elon Musk would get around an astronomical $90 billion.

The interim award provides the following provisions:

  • 96 million restricted shares of stock, subject to Elon paying a purchase price upon meeting a two-year vesting term, to be delivered after receipt of antitrust regulatory approval;
  • The purchase price will be equal to the split-adjusted exercise price of the stock options awarded to Elon under the 2018 CEO Performance Award ($23.34 per share);
  • A requirement that Elon serve continuously in a senior leadership role at Tesla during the two-year vesting term;
  • A pledging allowance to cover tax payments or the purchase price;
  • A mandatory holding period of five years from the grant date, except to cover tax payments or the purchase price (with any sales for such purposes to be conducted through an orderly disposition in coordination with Tesla); and
  • If the Delaware courts fully reinstate the 2018 CEO Performance Award, this interim award will be forfeited or returned or a portion of the 2018 CEO Performance Award will be forfeited. To put it simply, there cannot be any “double dip.” Elon will not be able to keep this new award in addition to the options he will be awarded under the 2018 CEO Performance Award should the courts rule in our favor.

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Featured image: Elon Musk / Maye Musk / X (Twitter).

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

Tesla Completes 360-Mile Hands-Free Drive from San Francisco to Los Angeles

Tesla has shared an attention-grabbing demonstration of its Full Self-Driving (FSD) Supervised technology, and it’s the kind of thing that gets EV fans talking. In a new video posted to X, the automaker showed a Model Y making the 362-mile (583 km) trip from the San Francisco Bay Area to Los Angeles without any human intervention. The driver remained in the seat but kept both hands off the wheel for the entire journey, allowing the vehicle to handle the drive from start to finish, including a quick stop at a Supercharger along the way.

7 hour road trips aren’t so bad when your Tesla does all the driving pic.twitter.com/tIrmhDAbRf

— Tesla (@Tesla) August 12, 2025

For anyone who has spent hours on California’s I-5, the idea of letting the car take over completely is compelling. Tesla’s video turns that idea into something tangible, showing that a seven-hour road trip can be completed with the driver simply supervising rather than actively controlling the vehicle. The 56-second sped-up clip is a highlight reel of what FSD can do when given full responsibility for the trip. It captures smooth merges onto highways, confident navigation through traffic stops, decisive overtaking of slower vehicles, and the ability to accommodate others overtaking in return. Even the Supercharger pit stop is handled seamlessly, with the Model Y pulling in and resuming the journey without hesitation.

The video closes with the tagline:

“Long road trips have never been easier.”

It’s a simple message, but one that resonates with anyone who’s ever endured a long drive. Tesla hasn’t disclosed which exact version of FSD was running during the demonstration. There’s speculation that it’s the same version currently available to owners, but some believe the company may have tapped into the more advanced system used in its recently announced Robotaxis, a system designed to operate without any human supervision. If that’s the case, this trip could be a preview of what’s coming to the wider Tesla fleet in the near future.

Still, even with its “hands-off” capability, FSD Supervised is not a license to check out completely. The system uses eye-tracking technology to ensure the driver is paying attention to the road at all times, meaning that while your hands and feet may be free, your awareness cannot drift. This balance between autonomy and oversight reflects where the technology stands today impressively advanced, yet still relying on human judgment as a safety net.

For Tesla drivers, especially those who regularly tackle long distances, the potential here is obvious. A trip that would normally require hours of focused attention can now be managed with minimal input, reducing fatigue and making the experience more enjoyable. As FSD continues to evolve and edge closer to full autonomy, the prospect of effortless long-distance travel is becoming less of a dream and more of an expectation. Until that day arrives, Tesla’s latest demo serves as both a proof of concept and a glimpse into a future where the car truly does the driving, leaving you free to enjoy the ride.

Source: Drive Tesla

Webinar: Power loss analysis and efficiency mapping for EV motors

Webinar: Power loss analysis and efficiency mapping for EV motors
Webinar: Power loss analysis and efficiency mapping for EV motors

This webinar will introduce a method for evaluating EV motor efficiency by separating electrical losses using the Hioki PW8001 power analyzer. Focusing on Permanent Magnet Synchronous Motors (PMSMs) under real operating conditions, the method analyzes copper and iron losses based on fundamental and harmonic power components. It reveals how increased inverter switching frequency leads to higher iron losses within the motor.

Join this webinar at our September Virtual Conference on EV Engineering, presented by Hioki USA, to learn how, with wideband accuracy and User Defined Function (UDF) support, the PW8001 enables automated, real-time loss analysis. Efficiency and loss maps across torque-speed ranges support informed motor design decisions.

September 17, 2025, 1:15 pm EDT

Register now—it’s free!


See the complete session list for the Virtual Conference on EV Engineering here.

Broadcast live from September 15 to 18, 2025, the conference content will encompass the entire EV engineering supply chain and ecosystem, including motor and power electronics design and manufacturing, cell development, battery systems, testing, powertrains, thermal management, circuit protection, wire and cable, EMI/EMC and more.

Smackover Lithium reports highest lithium brine grade in SWA Project area

Smackover Lithium reports highest lithium brine grade in SWA Project area
Smackover Lithium reports highest lithium brine grade in SWA Project area

Smackover Lithium, a joint venture (JV) between Standard Lithium and Norwegian energy company Equinor has completed sampling from its newest exploration well in the South West Arkansas (SWA) Project area and has recorded the highest lithium concentration to date at 616 mg/L lithium in brine.

The Lester well was completed in the second quarter of this year and concludes all sub-surface exploration activities for Phase 1 of the SWA Project.

Sampling of brines and subsequent analysis of the brine by an independent third-party certified laboratory demonstrated higher than expected lithium concentrations in the Lester brine. The average lithium concentration from three brine samples was 582 mg/L.

“We completed this final well in a part of the project area where we expected the lithium concentration to be approximately 500 mg/L, so we’re encouraged with these latest sampling results that show the highest lithium concentrations in the whole SWA Project area at a maximum of 616 mg/L,” said Dr. Andy Robinson, President and COO of Standard Lithium. “With all of the fieldwork complete, the joint Smackover Lithium team is working to complete the FEED study. A Definitive Feasibility Study is expected later in the third quarter of this year and a Final Investment Decision targeted by year-end 2025.”

Source: Smackover Lithium

Europe’s EV battery passport will bring transparency to the battery industry

Europe’s EV battery passport will bring transparency to the battery industry
Europe’s EV battery passport will bring transparency to the battery industry

Starting in February 2027, every EV and industrial battery sold or used in the EU must include a digital record called a battery passport.

The battery passport, which is linked to a QR code directly on the battery, provides information on where the battery was manufactured, the types of materials used, and the environmental and social impact of its production (including carbon emissions and labor practices throughout the supply chain).

As Christopher Chico reports in his Battery Chronicle newsletter, the main purpose of the EU Battery Regulation is to improve transparency within the battery industry by providing information to recyclers, customers and regulators. To ensure security and transparency, battery passports must use open data formats.

The requirements of the law are being phased in over a period of several years. The regulation became active in August 2023. In 2024, safety and performance standards became mandatory. In 2025, companies were required to start reporting the carbon footprints of their EV batteries, and to document ethical management of their supply chains. In 2026, carbon footprint labels and data-access rules will be finalized, and in 2027, digital passports will become compulsory for entering the European market.

Battery passports will organize information into three categories: public, restricted and regulatory.

  • Public data will include the battery type, its carbon footprint, and details about ethical sourcing.
  • Restricted information will include repair and recycling instructions for service technicians and recycling facilities.
  • Regulatory data, accessible only to government agencies, will include compliance reports and test results.

Source: The Battery Chronicle

Lithium-ion battery cell performance testing with integrated EIS measurement solution

Electrochemical Impedance Spectroscopy (EIS) shows great promise for analyzing degradation mechanisms and evaluating the performance of lithium-ion battery cells. However, its practical implementation still faces several challenges. These include the complexity and error risks associated with traditional station-based testing processes, difficulties in ensuring stability and reproducibility in low-impedance measurements, and the high cost of dedicated EIS equipment, which hinders its scalability.

Chroma has introduced a battery reliability test system integrated with EIS functionality, enabling
automated switching between DC charge/discharge and AC impedance measurements.

Download this whitepaper to learn how this innovation eliminates the need for separate EIS testing stations: battery connections are made once with no need for repeated handling or rewiring, which significantly reduces labor demands and operational errors.

Lincoln Electric introduces 50 kW mobile DC fast charger for EV fleet and field operations

Lincoln Electric introduces 50 kW mobile DC fast charger for EV fleet and field operations
Lincoln Electric introduces 50 kW mobile DC fast charger for EV fleet and field operations

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Lincoln Electric has announced the launch of its Velion 50 kW DC fast charger, expanding its electric vehicle charging product line. The new offering is a compact, mobile charging unit with scalable output and flexible deployment options, targeting demanding field environments such as construction sites, emergency response and fleet operations.

The Velion 50 kW charger is designed, engineered and assembled in the US, with over 70 percent domestic content. Lincoln Electric ways it meets all National Electric Vehicle Infrastructure (NEVI) and Build America, Buy America (BABA) requirements for federal compliance. Output power is scalable and configurable at 12.5 kW, 25 kW, or 50 kW, making it suitable for a range of charging needs in dealership service bays, fleet depots or on remote project sites.

Deployment options include ground-mounted, wheeled, or rugged roll cage form factors, and the unit supports both Combined Charging System (CCS1) and North American Charging Standard (NACS) connectors. Lincoln Electric claims plug-and-play installation does not require trenching or extensive permitting, enabling rapid setup in the field.

Technical features highlighted by Lincoln Electric include proprietary epoxy-coated printed circuit boards for durability, integrated smart diagnostics, remote monitoring capabilities, and weather-resistant components. The product is backed by a three-year standard warranty and Lincoln Electric’s service network.

“Designed for flexible, mobile use,” said Bruce Chantry, Vice President, Electric Vehicle Solutions at Lincoln Electric. “Designed in collaboration with the market and leveraging decades of expertise in power electronics, our solution is engineered to provide the flexibility customers need today, with a future-ready design to meet the demands of tomorrow.”

 

Source: Lincoln Electric