For the second time, a judge strikes down Elon Musk’s $55 billion Tesla CEO pay package as the company struggles to avoid seeing its sales slip year over year for the first time. Plus: an all-new look for Jaguar this Giving Tuesday on Quick Charge!
Month: December 2024
Tesla loses out to EVgo in Oklahoma’s NEVI EV charger rollout
“Tesla could not meet program standards” on Oklahoma’s NEVI EV charger installation program, so EVgo took over.
US to loan $7.54B to Stellantis joint venture for 2 EV battery plants
The US Department of Energy (DOE) says it will loan up to $7.54 billion to a Stellantis and Samsung SDI joint venture to help build two EV lithium-ion battery plants in Indiana.
Australian electric vehicle sales by month and by model in 2024
A full breakdown of all electric vehicle sales by month and by model in Australia in 2024. Latest data includes November.
The post Australian electric vehicle sales by month and by model in 2024 appeared first on The Driven.
New All-Electric Ford Puma Gen-E Revealed
Ford today revealed the latest member of its electric vehicle line-up – the all-electric Puma Gen-E – bringing zero emission driving to Ford’s best-selling car in Europe for the first time. The electric Puma Gen-E reenergises the fun to drive character and evolves the distinctive Puma exterior design that have made the compact crossover a hit […]
The post New All-Electric Ford Puma Gen-E Revealed appeared first on Electric Cars Report.
Advancing total-cost-of-ownership parity of electric heavy-duty long-distance trucking (Webinar)
Electric long-distance heavy-duty trucking is uneconomical compared to diesel trucks in terms of total cost of ownership (TCO), measured in $/mile. TCO parity is expected to be quite far out in the future, closer to 2030, in the current scenario.
Join this webinar, where we will discuss a novel approach to lower the TCO for long-haul electric trucks meaningfully, thereby advancing TCO parity much sooner.
See the full session list for the December Virtual Conference here.
Broadcast live on December 10-12, 2024. This virtual event will span all things EV charging in two main tracks:
- Track 1: Deploying EV Infrastructure & Fleets
Content for fleet/facility managers, charging network operators, public transport planners, etc.
- Track 2: Design & Manufacturing of Charging Systems
Content for engineers who are building, testing, and manufacturing charging systems.
The free-to-attend conference will feature live presentations, interactive Q&As, on-demand webinars, and whitepaper downloads. All live webcast sessions are free to attend and will be recorded and available to watch on-demand after the event. Register to reserve your spot to watch it live or on-demand.
CATL and ATL joint venture Ampace debuts Kun-Era battery series for micro-EVs
As the world moves steadily toward sustainability, Ampace’s debut at EICMA 2024 in Milan marks a milestone for the e-mobility sector, showcasing its newest Kun-Era series battery technology. EICMA, one of the world’s largest motorcycle and bicycle trade shows, is the premier event for industry leaders to unveil innovations and discuss emerging trends.
Ampace is a joint venture by CATL—a world leader in EV batteries—and ATL—the top company in ICT batteries. The new company is seizing this global stage to introduce the Kun-Era line designed to redefine versatility, adaptability, and performance for micro-EV applications.
As environmental consciousness reshapes consumer and industry demands, Ampace’s Kun-Era series represents a bold step forward. Targeted at two-wheeler companies, this new battery line is aimed at transforming urban mobility, from delivery bikes to off-road adventure vehicles, and it promises to meet the evolving needs of both manufacturers and users.
The Global Push for E-Mobility and Demand for Advanced Batteries
Across the globe, the shift toward sustainable transportation is driving unprecedented demand for EVs, including motorcycles and scooters. With cities seeking cleaner, quieter, and more efficient ways of commuting, e-motorcycles have gained momentum as they meet diverse needs, from daily commutes to delivery and recreational rides. However, this surge has brought new technical challenges, especially for battery technology.
For e-motorcycles to thrive in varying scenarios, from dense urban environments to rugged off-road trails, advanced batteries must now deliver superior life cycles, quick charging, safety, and adaptability. For manufacturers, standardizing batteries across different vehicle models could streamline production costs, while enhanced energy density could translate into longer rides and quicker charges. The Kun-Era series from Ampace aims to provide solutions that meet these rigorous demands, enabling two-wheeler companies to focus on performance without compromising sustainability.
Introducing the Kun-Era Series: Versatile Power for All-Scenario E-Motorcycles
The Kun-Era is a multi-platform, high-performance battery series built to power various types of electric motorcycles under different conditions. Named after the Chinese term “Kunyuan,” which reflects the nurturing power of the earth, Kun-Era is designed to fuel every ride with the versatility and strength needed to make electric motorcycles a mainstream option.
“Kun has the meaning of earth in Chinese culture,” explained by CTO of Ampace, Dr. Yuan. “We hope that Kun-era can cover a wider and more diversified electric motorcycle travel scene like the earth, inject exclusive power into each electric motorcycle, and bring a pleasant experience for each ride. This all-scenario Kun-Era product is built on our deep insight into e-motorcycle applications. With a deep understanding of customer needs, we kept perfecting our product design and performance as a response.”
As a joint venture by CATL and ATL, Ampace stands out in the realm of advanced energy solutions. Leveraging CATL’s vast experience in EV batteries and ATL’s expertise in ICT batteries, Ampace combines both innovation and reliability in battery technology. The company has built an impressive reputation across multiple industries—energy storage, e-mobility, drones, and more—serving over 41 million customers across 29 countries.
In 2023, Ampace launched its BP system, a self-developed battery platform designed to tackle the key challenges of lithium battery safety, durability, and weight reduction. By drastically reducing failure rates to the “parts per billion” level, Ampace has set new safety standards, aligning with its commitment to ultimate safety and user experience. The Kun-Era battery series extends these technological advances, offering reliable and high-performance power solutions for electric motorcycles.
The Core of Kun-Era’s Innovation: Adaptability and Performance for Every Scenario
- Unparalleled Adaptability for Two-Wheeler Manufacturers
Kun-Era’s modular design is compatible with a wide range of interface protocols and voltage platforms, making it versatile enough to fit different e-motorcycle models. With the capability to span ranges from 50 km to 220 km, the Kun-Era battery adapts seamlessly to various requirements across two-wheeler types, from step-through scooters to high-performance cross bikes.By collaborating with manufacturers, Ampace tailors Kun-Era batteries to specific vehicle needs, simplifying inventory management and reducing production costs. This multi-adaptation feature is a win-win for both manufacturers and end-users, supporting efficient production cycles and empowering streamlined sales operations.
- High-Performance Across Diverse Scenarios
From high-speed racing to rugged off-roading, Kun-Era excels in all scenarios:Racing and Speed: In racing conditions, the Kun-Era battery supports a high current discharge of 180A, accelerating from 0 to 50 km/h in just five seconds.
Off-Road Power: For off-road enthusiasts, it handles a pulse current discharge of 150A, easily climbing inclines greater than 25°.
Long-Term Durability: Built to endure 3,000 cycles at room temperature and 2,000 at high temperatures, while the battery pack is designed for a lifespan of over 8 years.
Quick-Charging Efficiency: With a 2C high-rate charging capability, Kun-Era reaches 90% SOC in just 40 minutes from a 15% SOC.
Battery-Swap Application: The Kun-Era series is also suitable for urban battery replacement scenarios, no need to wait, just replace and go,ideal for delivery drivers who benefit from quick top-ups during busy shifts. - Ultimate Safety and Reliability in Extreme Conditions
Kun-Era’s BP system reflects Ampace’s meticulous commitment to safety. By enhancing the cathode, electrolyte, and anode materials, Kun-Era achieves a balance of safety and performance. The battery undergoes rigorous lifecycle testing, including salt mist exposure, mechanical vibration, and thermal runaway simulations, ensuring safety across all road and weather conditions. With an IP67 waterproof rating, Kun-Era remains reliable in high heat, heavy rain, and even coastal climates.
Smart Battery Swapping: Streamlined Operations for Urban Use
Ampace’s dedication to e-mobility is further reflected in its battery swapping technology. The Kun-Era series integrates a 4G module that connects to cloud-based platforms, allowing real-time monitoring and efficient management of battery swapping operations. In collaboration with global battery-swapping providers, Ampace has fine-tuned its design to improve retrieval, handle impacts, and reduce the risk of battery damage during swapping. These features not only extend the life of each battery but also reduce operational costs, enhancing convenience and efficiency for businesses and end-users alike.
Ampace’s Global Reach: Kun-Era Making Waves Worldwide
With a successful rollout in over 30 countries, the Kun-Era series has gained rapid adoption. Over 80 motorcycle models, including notable names like RESMO CPX, CFMOTO AE8, and SURRON Ultra Bee, are now powered by Ampace’s cutting-edge batteries. The Kun-Era series has even been featured as pace cars at the Paris Olympic Games, underscoring Ampace’s commitment to sustainability and the high performance of its products.
Ampace’s global partnerships with top-tier motorcycle manufacturers highlight the trust and reliability of the Kun-Era series. Orders now exceed 200,000 units, reflecting Ampace’s role in pushing the limits of e-mobility while meeting the demands of an evolving market.
Embracing the Future with Kun-Era: Ampace’s Vision for E-Mobility
Ampace’s debut at EICMA 2024 marks more than just the launch of a new product—it signals a future in which green mobility becomes a viable option for all. With adaptable designs, impressive performance, and unwavering reliability, the Kun-Era series is built to accommodate diverse needs and riding styles, catering to the full spectrum of Micro-EV users. Whether for urban commuting, adventurous off-roading, or delivery services, the Kun-Era series promises to be a game-changer.
Ampace is just beginning. For more information on the Kun-Era series and its innovations in e-mobility, click here to discover the future of Micro-EV batteries.
Battery testing technology company Eecomobility secures seed funding
Eecomobility, a startup that specializes in developing battery testing and monitoring software for the EV, energy storage and industrial markets, has secured seed funding from a group of investors.
The seed-funding round was led by RiSC Capital, a Canadian investment firm founded by Shopify co-founder Scott Lake that manages a deep-tech early-stage fund.
Also participating in the seed funding are Automotive Ventures and Emerson Ventures, the corporate venture capital arm of Emerson Electric. In 2023, Emerson acquired NI, a provider of software-connected automated testing and measurement systems, a move that allowed Emerson to create an internal ”test and measurement” segment.
Eecomobility’s flagship product is a software program called EECOPower, which offers rapid battery cell and module testing and characterization systems designed for lithium-ion battery pack production.
“These systems are transformative for the automotive industry,” the company said, because they are “capable of detecting defective batteries that can cause fires and performance issues.” The EECOPower tool is applicable to battery cells, modules and packs.
The company’s technology has already been deployed at automobile manufacturers and battery manufacturers, and is now in the process of being rolled out at companies in the vehicle battery manufacturing and assembly industry, Eecomobility said.
Source: Eecomobility