Electric Cars

EVgo to Deploy Ultra-Fast 750 kW EV Chargers, Revolutionizing Charging Speed and Accessibility

EVgo, a prominent electric vehicle charging provider in the United States, is poised to introduce a new generation of ultra-fast chargers, drastically improving the speed and efficiency of EV charging. These cutting-edge charging stations will boast an impressive output of up to 750 kilowatts, more than double the current maximum of 350 kW offered by the company. This technological leap is expected to significantly reduce charging times, making electric vehicle ownership more convenient and accessible for a broader range of users.

The company, known for its in-house hardware development capabilities, is currently refining and evaluating these advanced chargers at its Innovation Lab located in El Segundo, California. While specific design details remain under wraps, EVgo has disclosed several key features. Notably, the new charging stalls will incorporate a touchless payment system, allowing drivers to initiate charging sessions without the need for a dedicated smartphone application, streamlining the user experience.

A crucial innovation in EVgo's upcoming chargers is their dynamic power sharing functionality. This intelligent system will adapt to the needs of each connected electric vehicle, allocating the optimal power output for maximum charging speed. For instance, if a high-capacity vehicle like a Lucid Gravity and a more compact model such as a Tesla Model 3 are simultaneously charging at the same stall, the system will intelligently distribute power, delivering approximately 400 kW to the Gravity and 250 kW to the Model 3, ensuring both vehicles charge efficiently.

This forward-thinking approach future-proofs EVgo's infrastructure. While no current electric vehicles sold in the U.S. can fully utilize the 750 kW capacity, the automotive industry is rapidly evolving, with some global EVs already exceeding 1,000 kW charging capabilities. Until such high-demand passenger vehicles become commonplace, these powerful chargers will prove particularly beneficial for electric trucks, which require substantial energy to rapidly replenish their sizable battery packs. Furthermore, EVgo plans to enhance the deployment of North American Charging Standard (NACS) ports at its new locations, aiming to significantly expand its potential customer base in the near future.

The implications for American electric vehicle drivers are substantial. EVgo anticipates that its new 750 kW system will enable compatible vehicles to achieve a significant charge in as little as 10 minutes. This advancement is particularly welcome, as the U.S. continues its transition towards vehicle electrification. Despite past challenges, the market now offers a robust selection of fast-charging EVs, all of which stand to benefit immensely from EVgo's high-powered charging solutions.

Further details regarding the final design and initial deployment schedule of the 750 kW charging system are expected to be unveiled next year. Currently, EVgo manages nearly 2,000 direct current (DC) fast charging stations throughout the United States, providing over 5,300 individual charging ports, according to data from the Department of Energy's Alternative Fuels Data Center.

This strategic move by EVgo underscores a commitment to advancing electric vehicle infrastructure, offering quicker, more adaptable, and user-friendly charging experiences. The introduction of 750 kW chargers with dynamic power sharing and increased NACS port availability positions EVgo at the forefront of the evolving EV charging landscape, promising a more efficient future for electric transportation across the nation.

2027 Mercedes G 580 EV: Enhanced Charging, Extended Range, and NACS Integration

The 2027 Mercedes-Benz G 580 Electric, a highly anticipated electric luxury SUV, is now available for order at U.S. dealerships. This updated model brings several key enhancements, notably improved charging capabilities, better energy efficiency, and an extended driving range. Mercedes-Benz has refined the charging infrastructure and optimized the vehicle's performance, making it a compelling option in the evolving electric vehicle market.

2027 Mercedes G 580 EV: Charging and Performance Enhancements

The 2027 Mercedes-Benz G 580 Electric marks a significant evolution in its charging architecture. Departing from the previous CCS1 connector, the vehicle now features a native North American Charging Standard (NACS) port, aligning it with Tesla's charging network. This integration eliminates the need for an adapter when using NACS-equipped DC fast chargers, enhancing convenience for owners. Mercedes-Benz also includes a complimentary adapter for CCS1 chargers, ensuring compatibility with a broader range of charging stations. In a dual-port configuration similar to the new CLA electric sedan, the G 580 Electric also incorporates a J1772 port for Level 2 AC charging. Owners will need to acquire a separate NACS-to-J1772 adapter for use with public Tesla Destination chargers or other NACS-equipped AC charging points.

Charging speed has seen a notable improvement, with Mercedes-Benz reporting a 10% to 80% charge time of just 29 minutes, a three-minute reduction from the preceding model. Despite retaining the same 117-kilowatt-hour battery pack and a maximum input of 200 kilowatts, these gains suggest refined charging logic and optimized power draw. For AC charging, the vehicle can accept up to 9.6 kW.

Beyond charging, the 2027 G 580 Electric demonstrates enhanced energy efficiency. Its average energy consumption has improved to 48 kWh per 100 miles (equivalent to 71 MPGe or 2.08 miles per kWh), down from the 2026 model's 54 kWh per 100 miles. This efficiency boost contributes to an EPA-estimated range of 249 miles on a full charge, an increase of 10 miles. These improvements are achieved despite the vehicle retaining its 20-inch wheels and substantial 6,746-pound curb weight.

Under the hood, the G 580 Electric retains its formidable quad-motor powertrain, delivering 579 horsepower and 859 pound-feet of torque. This robust output enables the square-bodied SUV to accelerate from a standstill to 60 miles per hour in a swift 4.6 seconds. Designed for both urban environments and rugged terrains, the vehicle features low-range gearing and virtual differential lockers as standard. Additionally, the innovative G Turn function allows the heavy EV to execute tank-like rotations, further emphasizing its off-road prowess. The 2027 Mercedes-Benz G 580 Electric is available at a starting price of $165,200, which includes destination charges.

The continuous innovation in electric vehicle technology is truly inspiring. The 2027 Mercedes-Benz G 580 Electric exemplifies how luxury and rugged capability can coexist with sustainable mobility. The adoption of the NACS port reflects a growing industry standardization, which will undoubtedly enhance the EV ownership experience by simplifying charging infrastructure. This advancement, combined with improved efficiency and range, highlights a promising future where high-performance electric vehicles can cater to diverse needs, from daily commutes to adventurous off-road excursions. It's a testament to engineering ingenuity that such a powerful and weighty vehicle can achieve remarkable gains in efficiency and charging speed, pushing the boundaries of what electric SUVs can offer.

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Volkswagen Expands LFP Battery Production in Europe Through Gotion Partnership

Volkswagen is poised to revolutionize its electric vehicle offerings by deeply investing in Lithium Iron Phosphate (LFP) battery technology within Europe. This significant strategic shift aims to make electric mobility more accessible and affordable to a broader consumer base. Through an enhanced collaboration with the Chinese battery firm Gotion, the German automotive giant is setting up multiple joint ventures to localize LFP battery production on the continent. This initiative comes at a time when Volkswagen is undergoing substantial corporate restructuring, focusing on streamlining its operations and prioritizing its electric ambitions.

Volkswagen's Strategic Shift Towards Affordable EV Batteries in Europe

In a pivotal announcement made on a recent Monday, the Volkswagen Group revealed its intensified partnership with Gotion, a leading Chinese battery manufacturer. This collaboration entails the formation of three distinct joint ventures, strategically designed to cultivate a comprehensive European manufacturing ecosystem for Lithium Iron Phosphate (LFP) batteries. This move is integral to Volkswagen's broader objective of making electric vehicles (EVs) more attainable for the general public.

Amidst a period of extensive corporate reorganization, which includes a reduction in workforce, consolidation of manufacturing facilities, and a streamlined product lineup, Volkswagen remains steadfast in its ambitious electric vehicle strategy. Central to this strategy is the development of a "unified" prismatic battery cell by its subsidiary, PowerCo. This innovative cell design is intended to accommodate a variety of battery chemistries, including LFP and potentially solid-state technologies, for deployment across all of Volkswagen's brands, from its core VW models to luxury marques like Porsche.

LFP batteries are increasingly recognized for their cost-effectiveness and durability. Despite historical limitations in energy density, recent advancements have made them a viable and popular choice for EVs globally, particularly in China, which currently dominates the LFP supply chain. Volkswagen's latest agreements are specifically designed to bolster Europe's battery industry and enhance its domestic capacity for producing LFP cells.

The automaker views LFP technology as a critical enabler for affordable electric mobility within the volume segment of the market. Projections indicate a substantial increase in LFP batteries' market share in Europe, potentially rising from 10% today to between 40-60% by 2030. Highlighting the current void, Volkswagen noted Europe's lack of significant LFP battery production capabilities.

Under the terms of the agreement, Gotion is set to invest an impressive $1.25 billion to acquire a 49% stake in PowerCo's state-of-the-art factory in Valencia, Spain. This facility is envisioned to become a key European production hub for LFP unified cells, with an anticipated capacity of 29.1 gigawatt-hours. Concurrently, Volkswagen will commit approximately $535 million by 2030 to secure a 49% share in Gotion's existing factory in Slovakia and to establish a new cathode material production facility in Morocco. The 8.4-GWh Slovakian plant will manufacture LFP cells for both electric vehicles and stationary energy storage, while the Moroccan site will focus on producing essential cathode materials for LFP batteries.

Beyond Volkswagen's endeavors, a global movement is underway to establish LFP battery production outside of China. Ford, for instance, has partnered with Chinese battery giant CATL to license technology for its own cell production in Michigan, destined for its upcoming Fathom pickup. Gotion's facility in Illinois is slated to supply LFP cells for the Slate pickup truck, while Tesla and LG have initiated LFP cell production in the U.S. this year for stationary energy storage systems. In Europe, Stellantis and CATL are also collaborating on a 50-GWh LFP plant in Zaragoza, Spain, with operations expected to commence next year.

This ambitious expansion into LFP battery production marks a crucial step for Volkswagen, enabling it to navigate the complexities of EV manufacturing costs and supply chain dependencies. By fostering local production and leveraging the benefits of LFP technology, Volkswagen aims to accelerate the transition to sustainable transportation, offering more accessible and cost-effective electric vehicles to a broader European market.

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