Electric Cars

BYD's New Electric Truck: Long Range and Ultra-Fast Charging

BYD officially presented its most comprehensive range of electric commercial vehicles at the IAA Transportation 2026 in Hannover. Leading this new lineup is the ETT 44, a powerful tractor unit capable of traveling up to 600 kilometers on a single charge, featuring an innovative 1.5-megawatt charging capability.

This marks BYD's strategic entry into the European heavy-truck sector, bringing its renowned "Flash Charging" technology, previously established in its passenger vehicles, to the commercial freight industry. The ETT 44 is a 4x2 tractor, engineered to handle vehicle combinations weighing up to 44 tons. It is powered by a 651 kWh Blade Battery, built on an 851V architecture, delivering 743 PS with a peak power of 1,000 PS. BYD guarantees the battery for 10 years or 1.2 million kilometers.

The ETT 44 stands out with its rapid charging capabilities. Using a standard CCS2 DC charger, it can draw up to 420 kW, achieving a 20% to 80% charge in approximately one hour. However, when connected to BYD's Megawatt Charging System, it can utilize over 1.5 MW of power, reducing the 20-80% charging time to just about 20 minutes, which translates to adding up to 248 miles of range. Stella Li, Executive Vice President of BYD, emphasized the benefit of this technology, stating, "Less time charging. More time on the road," highlighting the crucial role of quick charging for electric freight vehicles.

BYD's vision extends beyond just the tractor unit; the company displayed a complete ecosystem of commercial electric vehicles, including rigid 4x2 and 6x2 trucks, specialized swap body and hooklift versions, the E-Vali light commercial van, and the EYT 2.0 electric yard tractor. This diverse portfolio covers a wide range of weights from 3.5 to 44 tonnes, addressing most urban and distribution center logistics needs in Europe. The ETT 44 also comes equipped with advanced driver-assistance and safety features, such as adaptive cruise control, autonomous emergency braking, lane-keeping assistance, and blind-spot detection systems. BYD is promoting a holistic "Total Cost of Mobility" strategy, integrating vehicles with its Blade batteries, megawatt chargers, stationary energy storage solutions, energy management, and financing options, aiming to simplify the transition to electric fleets. With commercial vehicles operating in over 100 countries and more than 400 cities, BYD is poised to significantly impact the global electric transportation landscape.

In the competitive European market for electric heavy trucks, BYD's ETT 44 directly challenges established players like Daimler Truck’s eActros 600, Volvo’s FH Electric, Scania, and MAN, matching or exceeding their specifications in range and charging speed. BYD's unique advantage lies in its integrated approach, offering not only the vehicles but also its proprietary megawatt charging infrastructure. The company has rapidly deployed 1,000V megawatt charging stations for its passenger cars, with thousands already installed and plans for more across China and Canada. This comprehensive solution provides a significant edge, as charging infrastructure remains a critical challenge for electric truck adoption. The success of BYD's venture in Europe, however, might be influenced by regulatory factors, particularly in light of existing tariffs on Chinese electric vehicles, as European regulators evaluate the implications of increased dependence on foreign technology providers for both vehicles and essential charging networks.

Volkswagen's New EV Concept Boasts Over 9 Miles/kWh Efficiency

Volkswagen has showcased its commitment to advanced automotive engineering with the introduction of the Mission Efficiency concept. This innovative electric vehicle, sharing its platform with the popular ID. Polo, redefines efficiency standards. It boasts a remarkably low drag coefficient of 0.158, establishing itself as the most aerodynamically efficient road-legal car ever produced.

The Mission Efficiency's superior aerodynamic performance is attributed to a compact frontal area and three adaptable cooling flaps. These elements, combined with specially designed wheel deflectors and custom low-rolling-resistance Continental tires, significantly minimize air turbulence. The vehicle's fully covered underbody and a narrower rear axle further enhance airflow, contributing to its exceptional efficiency.

During a rigorous 794-mile journey from Wolfsburg to Vienna, the Mission Efficiency concept demonstrated its potential by requiring only a single recharge. It arrived with 102 miles of remaining range, suggesting a theoretical total range exceeding 870 miles. Achieving an average speed of 42 mph and an energy consumption rate of 7.51 kWh/100 km (including charging losses), or an even more impressive 6.89 kWh/100 km without them, highlights its remarkable energy optimization. Under optimal conditions, with auxiliary systems deactivated, the vehicle achieved a record average consumption of 6.48 kWh/100 km, showcasing its engineering prowess. Powering this vehicle is a 54.9 kWh battery and a 133 horsepower electric motor, with the battery's usable capacity slightly boosted for this record-setting model. The car also features a 370-watt solar array integrated into its roof and rear hatch, providing power to its electrical systems.

The Mission Efficiency's interior is designed for practicality, offering seating for four and an expansive 17 cubic feet of cargo space. Its lightweight construction, featuring an aluminum frame and carbon fiber composites, underscores the focus on efficiency. While currently a concept, the Mission Efficiency stands as a testament to Volkswagen's ongoing pursuit of innovation in electric vehicle technology, hinting at a future where extraordinary efficiency is accessible for everyday use.

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Shell and FAW Collaborate on Advanced Immersion-Cooled Batteries for Electric Semi-Trucks

A recent collaboration between Chinese truck manufacturer FAW and Shell's chemical division has led to the development of an innovative battery system for electric semi-trucks. The Starship 3.0 concept vehicle has been at the forefront of testing this advanced battery pack, which utilizes an immersion-cooling system to effectively regulate battery temperature. This technological advancement aims to enhance range performance and extend the lifespan of electric semi-truck batteries.

This new battery pack encases the truck's battery cells in a specialized electrically insulating fluid, offering a more efficient thermal management solution compared to traditional EV battery cooling methods. The batteries, integrated into the Starship Hybrid concept semi-truck, have successfully undergone industry-standard testing for on-road certification. Furthermore, FAW has been conducting rigorous validation tests under demanding commercial vehicle operating conditions, which include sustained high-power charging and rapid discharging cycles.

Initial evaluations have yielded impressive results. Shell and FAW report that their immersion-cooled batteries achieved up to a 98% increase in maximum gradability, a crucial indicator of power output for climbing steep inclines while loaded. Additionally, the system demonstrated a 0.8% improvement in energy efficiency and the potential for up to 32% longer battery life compared to conventional cooling setups. This progress, alongside the Starship concept and a display of the immersion batteries, will be presented at the upcoming IAA Transportation 2026 exhibition in Hannover, Germany.

The partnership between FAW and Shell signifies a crucial step forward in addressing the evolving demands for higher power, greater efficiency, and faster charging capabilities in commercial electric vehicles. By combining FAW's expertise in commercial vehicle engineering with Shell's cutting-edge immersion cooling technology, this collaboration is poised to bring enhanced performance, durability, and safety to the next generation of hybrid commercial vehicles, paving the way for a more sustainable and efficient heavy-duty transport sector.

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