BTP Thermal Plate for BEVS
Marelli has been awarded a significant contract from a major global carmaker to supply the Battery Thermal Plate (BTP) for future Battery Electric Vehicles (BEVs). The solution, a key technology for thermal energy management in electric vehicles, has been developed and will be produced in-house by Marelli.
The supply will begin in 2024, reaching approximately 5 million units over the contract period. The agreement involves various vehicle platforms and segments for the Chinese, North American and European markets.
“We are proud of this important assignment, which further strengthens our collaboration with global carmakers on technologies that are key to optimizing thermal energy management of vehicles” said Shuji Kobayashi, President of Marelli’s Green Technology Solutions business. “Through our solid experience and comprehensive portfolio, we support OEMs in achieving the most efficient solutions for electric, hybrid and internal combustion engine vehicles, adapting to their specific needs to co-create with our customers their vehicles of tomorrow.”
Volvo EX90 Production Started in South Carolina
Volvo’s factory outside Charleston, South Carolina has now started building the flagship SUV – and the first customer deliveries are scheduled for the second half of this year.
The EX90 represents a paradigm shift for the company as it is the first Volvo car powered by core computing technology – a technology that enables a new era of safety for our cars.
The first customer-bound EX90 that rolled off the Charleston line was a striking model painted in Denim Blue, destined for a customer in the United States later this year.
“The fully electric Volvo EX90 is the start of a new era for Volvo Cars – a new era for safety, sustainability and human-centric technology,” says Jim Rowan, our chief executive. “The EX90 is proudly manufactured in the USA and reflects our long-term commitment to our people in South Carolina and the broader US market.”
Volvo Cars’ first manufacturing plant in the United States opened in the summer of 2018 just outside Charleston, one of the oldest and most storied cities in the country. Today, the Charleston plant produces the EX90 and the S60 sedan, and it has the capacity to build up to 150,000 cars per year.
The EX90 comes with a powerful core system, is always connected and can be improved over time through software updates. These updates are delivered by software engineers, enabled by AI and informed by real-time data collection.
Lithium Battery Fire Extinguisher Sales Started
Full Circle Lithium Corp. (“FCL” or the “Company”) (TSXV: FCLI) (OTCQB: FCLIF), a USA-based lithium products manufacturer, reports that it has achieved a significant milestone by securing the first sales of its proprietary FCL-X® lithium-ion battery fire-extinguishing agent to a global electric vehicle original equipment manufacturer (EV OEM) customer for its EV plant in the state of Georgia. This accomplishment comes as FCL introduces its groundbreaking lithium fire-extinguishing product, FCL-X®, designed specifically for lithium-ion battery fires. This sales success resulted from on-site testing at the EV OEM’s plant and months of extensive testing at an independent, accredited, and certified USA safety lab, after FCL’s internal development and extensive testing of its FCL-X® agent.
Lithium-ion battery fires present significant health, safety, environmental, and business continuity risks. Recognizing this, the EV OEM has been actively searching for and testing solutions to address these concerns as it prepares for the first EV production at its new plant in Georgia. The EV OEM was impressed by the speed and efficiency with which FCL-X® fully extinguished the battery fire quickly thus reducing hazardous smoke during testing.
This first customer sale of FCL-X® to a major EV OEM in Georgia validates FCL’s fire-extinguishing agent’s effectiveness and highlights the importance of addressing lithium-ion fire risks in the rapidly growing lithium battery industry. FCL-X®’s ability to extinguish fires provides a crucial safety measure for all parties in the lithium-ion battery supply chain including end-users. Local port authorities and local fire fighting personnel have participated in FCL-X® testing, and all confirmed the need for a battery-specific fire-extinguishing agent and were impressed with the efficacy of FCL-X®. Further demonstrations are being planned with other potential customers, including another regional port authority and first responders.
FCL-X® is FCL’s proprietary fire-extinguishing agent is specifically designed for fighting lithium-ion battery fires in various applications including commercial, industrial, transportation residential settings, and for use by first responders.
GreenPower Intro Medium-Duty Delivery Truck
GreenPower Motor Company Inc. (NASDAQ: GP) (TSXV: GPV) (“GreenPower”), a leading manufacturer and distributor of purpose-built, all-electric, zero-emission medium and heavy-duty vehicles serving the cargo and delivery market, shuttle and transit space and school bus sector, today unveiled the EV Star REEFERX, a new all-electric refrigerated medium-duty delivery truck. The modern offering is available for orders starting today.
Built on GreenPower’s EV Star Cab & Chassis platform, the EV Star REEFERX is purpose-built and fully customizable with a lighter body to allow for increased payload. Designed to serve mid to last-mile refrigerated delivery and catering applications, the EV Star REEFERX moves goods that need to be temperature controlled, such as fresh and frozen foods, flowers and pharmaceuticals, among other applications. The vehicle body features a one interior wall structure to allow for seamless sanitation, consistent insulation throughout and a longer life.
“The EV Star REEFERX offers customers a unique, modern and versatile all-electric commercial vehicle that boasts a higher payload capacity,” said Brendan Riley, President of GreenPower. “Through this offering, we are able to provide fleet owners a reliable way to deliver refrigerated and frozen goods on daily routes. Combining exceptional performance and efficiency, the EV Star REEFERX is purpose-built to be an electric refrigerated vehicle, making it a superior product for a wide-use of applications requiring multi-temperature zones, without the sticker shock.”
GreenPower’s EV Star REEFERX combines a modern look with The X Factor advantage:
- One-Piece box Design provides multiple benefits including a modern look that’s easy to repair, a design that allows for quick assembly and flat-packed for dealers and a one-piece wall structure that provides consistent insulation and a longer life.
- Multi-temperature zones to accommodate moving a variety of items requiring different storage temperatures.
- Reduced day-to-day vehicle upkeep through sanitation downtime – with one interior wall unit, customers will save time as minimal seams on the vehicle reduces the time it takes for day-to-day upkeep including seamless sanitation.
- Built for around the clock delivery capabilities through a range of up to 150 miles and a payload capacity of up to 5,500 lbs.
- Optimal battery placement provides for a lower center of gravity resulting in maximum cargo capacity.
- Increased payload due to a lighter body allows for increased payload capacity saving customers both time and money, along with eTRU being powered by the high voltage battery.
- Mitigates temperature variation with three-inch thick PET (polyethylene terephthalate) foam, made from recyclable material with a closed cell foam composite that will not absorb water.
- Customizable options for low or high voltage refrigerator units, depending on specific use-cases. Various insulation thickness available to meet different applications and environments.
- Multiple-door options with rear door standard and a rear roll up door optional as well as optional side door and other locations.
- Improves total cost of ownership (TCO) for fleet owners through ease of maintenance, significantly reducing vehicle downtime.
“Federal and state regulations continue to drive the rapid adoption of all-electric commercial vehicles,” continued Riley. “The global refrigerated trucks market size reached $9.8 billion in 2023, and is expected to reach $15.4 billion by 2032. With California’s proposed regulation for all Transportation Refrigeration Units (TRUs) to achieve zero-emissions by the end of 2035, combined with the increasing demand from consumers for online shopping and home grocery delivery, a significant market opportunity exists for this vehicle. GreenPower is well-positioned to support the perishable goods category with a robust product offering and a well-established nationwide dealer network.”
Through GP Truck Body, customers only need to use a single manufacturing entity for streamlined warranty claims, service and overall customer experience. This “one-stop shop” approach for purchasing, manufacturing and service needs, is a key differentiator in customer decision-making, further boosting customer satisfaction.
GreenPower continues to innovate its product offerings by listening and delivering on customer needs. The EV Star REEFERX marks another exciting truck body upfit solution, manufactured by GP Truck Body and joins the recently launched EV Star Utility Truck, in GreenPower’s EV Star Cab & Chassis commercial vehicle family.
Electric JetFueler from Rampmaster Delivered
Rampmaster, the premier manufacturer of aircraft refueling solutions serving commercial cargo and general aviation markets, delivered the first zero emission all electric jet refueler truck in the United States to Signature Aviation’s Vail location at Eagle County Regional Airport in Colorado. The E-lectric Refueler replaces the diesel engine with an electric motor and hydraulic pump powered by Lithium batteries to improve operations and decrease airport EPA emissions. The 5,000 gallon E-lectric Vehicle Refueler, unveiled in 2023, supports the aviation industry’s commitment to operational net-zero carbon emissions by 2050.
Signature Aviation, the world’s largest network of private aviation terminals, has been using Rampmaster’s diesel refuelers for many years. The companies collaborated to seamlessly integrate a more sustainable solution at Signature’s Eagle County Regional Airport location in Vail utilizing the Rampmaster fully electric 5,000 gallon unit. Colorado was chosen because the state is a national leader in climate responsibility by reducing greenhouse gas air pollution, access to electric vehicles, and building energy efficiency.
“The partnership with Signature Aviation was strategic in developing our Electric Vehicle (EV) Refueler. It has the only EV chassis, to date worldwide, that meets all aviation industry mandates while also establishing safety standards on airport,” said Leighton Yohannan, Rampmaster Chief Executive Officer.
“Rampmaster operates on the premise of always leaving the industry better than you found it by delivering high quality, innovative technology, safety and environmentally friendly product solutions with an emphasis on the customer experience.”
Innovative E-lectric Refueler Design Features
All Rampmaster’s refueler trucks are manufactured with a patented modular design. The power, pump, and tank easily swap out for maintenance, repair, or upgrades. Fully electric vehicle customers benefit from:
- Lithium technology, encased battery with four feet separation from the electric system to fueling pump and tank for safety
- Battle Motors / Borgwarner Cascadia motion motor and EV chassis meet airport axel weight and aviation requirements
- Full battery DC fast charge in less than two hours that will power about eight hours of total pump refueling run time
- Elongated refueler lifespan of 20 years, with 1% degradation in a year, compared to 10 years of typical truck designs
- Less maintenance than diesel engine and significant fuel savings
- Decreased airport EPA emissions
Its ultra innovative design includes a roof-mounted battery chiller and blanket heater to sustain extreme hot and cold temperatures. It continuously monitors temperature and load for optimal battery utilization, while maintaining the battery temperature at 76° F.
Rampmaster’s patented Engine Management System™ (EMS) is standard on all vehicles. On diesel technology trucks, the system of sensors varies engine RPMs and monitors PSI to control fuel flow while reducing the load on the refueler engine. EMS reduces the pump module hoses, filter, meter and pipe, obsoleting dozens of maintenance-heavy wearable parts. Certified by Center for Alternative Fuels Engines & Emissions (CAFEE), the EMS saves as much as 43% on fuel, 63% on emissions and 46% savings on engine wear due to the extremely low RPM. The E-lectric Vehicle Jet Refueler has a similar Electric Management System that slows motor revolutions for efficiency and improved charged time, which also saves motor wear and electric utilization.
The E-lectric Vehicle Refueler is equipped with Battle Motor’s Digital Dash providing easy to read actionable data, diagnosis, and service manuals. Telemetrics continually monitors the chassis and transmits data every three seconds. Mobileye 8 Connect™ is a standard safety feature in all Rampmaster vehicles to help prevent and mitigate collisions with objects.
“The introduction of the aviation industry’s first zero emissions electric jet refueler is another transformative step towards our net-zero goals using our innovation test bed at Signature Vail,” shared Brad Williams, Chief Operating Officer for Signature Aviation. “Our collaboration with Rampmaster exemplifies how we’re working with our partners and guests to research, invest, and bring to market innovative technologies to help create a more sustainable future in aviation.”
Rampmaster’s family of modular refuelers capacity spans from 3,000 to 7,000 gallon Freightliner chassis and 10,000 to 17,500 gallons with Battle Motors chassis. Rampmaster’s equipment has global reach in use at all major US city airports and via contractors serve the US military in the Middle East. Rampmaster offers unparalleled lease terms and the industry’s longest financing term lengths of 10 years.
Factorial Delivers Sold-State B-Samples
Factorial, an industry leader in the development of solid-state battery technology for electric vehicle (EV) applications, announced the delivery of B-samples of its 106+Ah lithium-metal solid-state battery cells to Mercedes-Benz as part of their ongoing joint development agreement. This milestone marks the world’s first announced B-sample shipment of solid-state battery cells to a global automotive OEM, showcasing progress toward product maturity and the series production of passenger EVs equipped with Factorial’s solid-state battery technology.
Mercedes-Benz as part of the A-sample phase, highlighting its capacity to produce high volumes of advanced battery cells. The B-samples will be integrated into modules and battery packs for extensive testing and optimization. This crucial phase involves validating the module and pack designs against Mercedes-Benz’s strict performance specifications. Additionally, this step will confirm the robustness of Factorial’s supply chain and its manufacturing processes, ensuring scalability for future vehicle testing.
“We are thrilled to advance to the B-sample phase and to mark this milestone with a global automotive leader like Mercedes-Benz,” said Siyu Huang, CEO and Co-Founder of Factorial. “This swift progression from A-sample to B-sample delivery in under a year highlights Factorial’s rapid innovation capabilities and we continue to push the envelope to accelerate the adoption of solid-state batteries in the automotive sector. As a U.S. cell maker, we believe our high energy density cell will help build more efficient and sustainable vehicles that will set new standards for electric vehicle range, cost and performance globally.”
The solid-state battery cells utilize Factorial’s proprietary FEST® (Factorial Electrolyte System Technology) platform that includes a lithium-metal anode, which is the lightest metal on earth and enables the high energy density of 391Wh/kg. Factorial’s batteries are manufactured using existing equipment from lithium-ion battery production, requiring minimal modifications. This approach can streamline the manufacturing validation process and significantly reduce long-term operating costs.
“We are committed to leading in innovative battery technologies, and our partnership with Factorial is a significant part of this strategy,” said Markus Schäfer, Member of the Board of Management at Mercedes-Benz Group AG, Chief Technology Officer. “These B-sample batteries give us the opportunity to further validate this next-generation battery technology with the goal of enhancing range and performance, reducing overall vehicle costs, and offering the most desirable electric vehicles to our customers.”
This milestone establishes Factorial as a pivotal technology partner for leading automakers pursuing battery innovation to advance their EV portfolios. In addition to Mercedes-Benz, Factorial has joint development agreements with Stellantis and Hyundai Motor Company and Kia Corporation.
Bluedot Reimbursement for at-home Charging
Bluedot, the leading single-payment platform for fleet drivers, has just announced an exciting new solution at the NAFA Fleet Expo 2024: seamless reimbursement for at-home electric vehicle charging.
As more fleets switch to electric vehicles, many drivers are charging their cars at home. But figuring out how to easily track at-home EV charging and reimburse drivers has been a real challenge—until now.
Bluedot’s new solution makes the tracking and reimbursement process simple, transparent, and efficient for fleet drivers and managers alike. Drivers are empowered to charge vehicles at home without worrying about the cost, while fleet managers can seamlessly track their drivers’ at-home charging sessions and reimburse each driver directly.
Bluedot’s At-home EV Charging Reimbursement Solution Offers:
- Clear and Simple Tracking: Bluedot’s fleet dashboard (FleetOS) simplifies EV fleet management by offering a transparent view into at-home charging activities with real-time visibility.
- Fast Reimbursement: Drivers get their money back quickly, with monthly reimbursement approvals and IRS-compliant receipts.
- Broad Compatibility: Bluedot’s solution works seamlessly with all major EV models and home charging setups, making it accessible to a broad user base.
- 24/7 Support: Bluedot’s dedicated customer support team is always ready to help users with setup, troubleshooting, and maximizing their reimbursement benefits.
“Bluedot is committed to accelerating the transition to electric vehicles in every way we can,” said Selinay Parlak, COO of Bluedot. “For fleets to go electric, at-home charging is a key piece of the puzzle. That’s why we’re so excited to launch this new solution.”
This launch is a significant milestone in Bluedot’s broader strategy to enhance the EV fleet management experience and support the adoption of electric vehicles within fleets.
For those interested in learning more about how this new solution can benefit their EV fleet, please visit bluedot.co.
SAE EVSE Cert Program
SAE International, the world’s leading authority in mobility standards development, has selected Pearson (FTSE:PSON.L) and its Pearson VUE business, the global leader in computer-based testing for high-stakes certification and licensure exams, to deliver its new Electric Vehicle Supply Equipment (EVSE) Technician Certification beginning in May 2024. This partnership aims to address the shortage of qualified EV technicians to support the growing EV infrastructure in the US and around the world.
SAE International developed the SAE EVSE Technician Certification to establish and verify skills and knowledge necessary for technicians to maintain, repair, and operate Electric Vehicle (EV) charging stations. Tailored for individuals transitioning into green technology or seeking to validate their existing expertise, the SAE EVSE Technician Certification will be granted to technicians who have fulfilled specific eligibility requirements and successfully passed the rigorous exam developed by the SAE ITC Probitas Authentication based on the SAE EVSE Technician Body of Knowledge.
AmpUp Advanced Load Management
AmpUp, the leading electric vehicle (EV) charging platform, announced the launch of its Advanced Load Management feature, along with two more new product features that optimize EV charging performance and efficiency.
Limited panel and circuit space is a common obstacle for commercial properties with EV chargers. However, AmpUp’s cloud-based Advanced Load Management feature addresses this issue. Without the need to spend thousands of dollars on infrastructure upgrades, AmpUp allows customers to deploy more charging stalls and fully take advantage of local incentives. This feature lets customers dynamically control charging power based on available circuit capacity, preventing grid overload, which can lead to power outages, tripping breakers, or burning out panels. By avoiding these risks, customers save money and prevent additional infrastructure damages and demand charges.
AmpUp’s Advanced Load Management feature serves as a cost-effective alternative to expensive local load controllers. By dynamically allocating total available electricity, it adjusts in real-time to divide it into streams of varying sizes. This allows for precise distribution of power levels to different EV batteries, tailored to their individual charging requirements. Additionally, this feature empowers customers to set varying load caps, ensuring efficient and customized power distribution.
“Meeting our customers’ needs is our top priority, and the new Advanced Load Management feature is a pivotal solution for them,” said Tom Sun, CEO and co-founder of AmpUp. “By dynamically allocating power, we can enhance the overall efficiency and user experience of EV charging despite energy constraints. We aim to simplify EV charging while providing the energy balance for a cleaner, smarter grid.”
Two more new product features:
Fee Management
For Pro Plan customers, who have opted for our top-tier premium EV charging solution, AmpUp’s new Fee Management feature provides flexibility in handling service and processing fees. Site hosts can choose to cover these fees on behalf of their drivers using their pre-set pricing, ensuring drivers don’t incur additional charges. Alternatively, hosts can pass the fees directly to the drivers. This empowers site hosts to customize their pricing strategy while ensuring the sustainability of the AmpUp network and driver satisfaction.
Automated Billing
AmpUp’s new Automated Billing feature streamlines the billing process and improves customer operational efficiency. Once EV chargers are installed, site hosts can access licenses and manage billing instantly, as easily as managing other software subscriptions like Zoom. Invoices for customers with payment methods on file renew automatically with sufficient notice, while others can prepay to avoid service disruption.
Navistar Sustainability Report
Navistar, Inc. (Navistar) today released its 2023 Sustainability Report. This year’s report illustrates Navistar’s sustainability efforts as part of the company’s vision to accelerate the impact of sustainable mobility with its main area of strategic focus on decarbonization. The report also shines a light on how Navistar is solidifying its commitment to sustainability through circular business practices, social impact and environmental compliance initiatives, human rights due diligence, and diversity, equity, and inclusion efforts.
Polaris Off-Road Charging in Michigan
Polaris Inc. (NYSE: PII) and the Michigan Economic Development Corporation (MEDC) celebrated the launch and grand opening of an electric off-road vehicle charging network in Michigan’s Upper Peninsula. Just under a year after Polaris received a Mobility Public-Private Partnership & Programming (MP4) grant through Michigan Office of Future Mobility & Electrification’s (OFME) program to develop and maintain an off-road trail charging network in Michigan’s Upper Peninsula, the off-road charging network is officially open. This first-of-its-kind off-road electric charging network supports around 100 miles of scenic off-road trails in the Upper Peninsula.
Big Order of Pioneer Mobile EV Charging by Metro
Pioneer Power Solutions, Inc. (Nasdaq: PPSI) (“Pioneer”, “Pioneer Power” or the “Company”), a leader in the design, manufacture, service and integration of electrical power systems, distributed energy resources, power generation equipment and mobile electric vehicle (“EV”) charging solutions, today announced that it has received an order valued over $5 million for its e-Boost mobile electric vehicle charging solutions from a major U.S. metro transit authority.
With this order and its current backlog, the Pioneer eMobility business unit is expected to surpass the 2024 guidance of $10 million in revenue of mobile off-grid EV charging solutions in 2024. The Company expects to deliver and commission this specific order in the fourth quarter of 2024.
Serving one of the largest metro cities in the U.S., the Transit Authority is led by visionary city leadership that is on a mission to decarbonize and sustainably electrify its fleet of transit buses by 2028. Pioneer eMobility was selected and awarded the contract based on several critical criteria including sustainability, product mobility, experience, power delivery capacity, product lead time, design optimization and consultative solution. The contract includes the purchase, installation, and maintenance of four e-Boost Mobile units in two transit depot locations to enable EV charging of the Transit Authority’s first 24 EV buses.
These e-Boost Mobile units, each with 240kW of onboard power, will be delivered with six offboard mobile EV chargers on connected skids. The units are designed with the flexibility to relocate transit depot operations to a secondary, safety site during natural disaster events including wildfires or flooding. Pioneer’s robust off-grid, mobile design offers the Transit Authority 8.4MWh of onboard energy at each site for EV charging during normal operations and the assurance of continuous operation during unexpected weather-related events or grid congestion at a remote location.
“By providing advanced high-capacity mobile EV charging solutions that balance sustainability, economy and practicality, we are supporting environmentally progressive cities as they adopt and acquire EV transit buses and help to secure the health and safety of the local citizens and bus operators,” said Geo Murickan, President of Pioneer eMobility.”
This order also marks one of the first e-Boost units to be purchased through Sourcewell, a national, nonprofit service cooperative that serves as a bridge between government, education, and nonprofit agencies and suppliers that offer qualified products and solutions. The e-Boost product line is now available to all municipal and government agencies on Sourcewell through its alliance partner INF Associates Energy Solutions, based in New York and operating throughout the U.S.
“The notable size of this order, coupled with our visibility on additional sizable orders in the sales pipeline, clearly demonstrates the traction Pioneer is achieving for our e-Boost product line,” added Nathan Mazurek, CEO and Chairman of Pioneer. “Transit bus and transportation electrification has been one of the top priorities and challenges in the last few years, and this project further validates how robust and expansive the e-Boost solution is nationwide. This will be the second transit depot to be powered up by e-Boost in 2024 and underscores the broader future for e-Boost within the transit industry in the U.S.”
The timeline for this project, from approval to funding to execution, is extremely short and one of the main reasons e-Boost was selected. Pioneer eMobility maintains all critical components with long lead times in inventory, which has allowed for the fastest lead time for product deployment in the market. This provides e-Boost with a clear market edge and makes Pioneer a reliable partner for customers with critical grid gap challenges.
Autel CSMS Cert
Autel Energy, a leading provider of EV (electric vehicle) charging solutions and services, proudly announced that its Charging Station Management System (CSMS) has obtained the OCPP 2.0.1 Certification from the Open Charge Alliance (OCA), marking a step forward in the company’s commitment to advancing the interoperability and security of EV charging solutions and reinforcing its leadership in the EV charging industry.
OCPP 2.0.1, the latest version of Open Charge Point Protocol (OCPP) released by OCA in 2020, is the globally recognized standard for effective communication between charging stations and charging station management software. The protocol provides advanced smart charging capabilities and enhanced control features for utilities, Charge Point Operators (CPO), and EV owners. To date, only 14 companies worldwide have achieved this esteemed certification.
Autel Energy’s CSMS has successfully completed the Core and Advanced Security profiles of OCPP 2.0.1, demonstrating robust security measures and seamless interoperability. Additionally, Autel has finalized the development for the remaining six profiles of OCPP 2.0.1 and is poised to achieve full certification as soon as OCA opens the certification process for these profiles.
Autel EV Charging Software solution includes the CSMS and the charge app and serves over 100,000 customers across more than 70 countries. It facilitates over 600,000 charging sessions per month and contributes to the reduction of over 42 million kilograms of CO2 emissions.
By achieving the OCPP 2.0.1 certification, Autel guarantees enhanced security through the implementation of the Transport Layer Security (TLS) Protocol, which supports mandatory encryption and authentication mechanisms. By utilizing standardized communication protocols, the CSMS guarantees efficient and reliable data transmission, with all data transmissions between the charging station and the cloud encrypted to prevent data leakage, tampering, and attacks. The two-way authentication between the charging station and cloud system ensures that both ends of the communication are trusted, preventing unauthorized device access. Offering strong interoperability and excellent system stability, the CSMS can seamlessly integrate charging equipment from different manufacturers, ensuring wide compatibility, versatility, and high stability and reliability.
This achievement also demonstrates the leading position of the Autel Energy’s Charging Station Management System in technological innovation and industry protocols, enhancing customer trust and market competitiveness, and validates our commitment to providing high-quality, secure, and interoperable charging solutions.