The 4680, a revolutionary cell format of cylindrical lithium-ion batteries for electric vehicles (EVs), offers substantial improvements over the conventional 2170 cells. These new cells possess five times the capacity of the 2170 cell. This not only extends the driving range of EVs, but also reduces the number of cells required for the same battery pack capacity. This results in a more efficient battery pack assembly process and ultimately lowers the cost of EVs, making them more affordable to a wider market.

At the RE+ exhibition, visitors can also check out SAMSUNG SDI’s LFP battery for ESS as well as efforts for ESG management, including its commitment to the RE100 initiative, achievement of a carbon footprint label from Carbon Trust and efforts to recycle used batteries.

Through the development and mass-production of LFP batteries, Nissan intends to establish a base in Japan by strengthening the supply chain of storage batteries, a Japanese government policy, and promoting the use of electric vehicles fitted with LFP batteries.

As the city demands more versatile and eco-friendly cars, the all-new Hyundai INSTER rises to the challenge, showcasing advanced technologies within the city car segment. By offering equipment typically found in higher-segment cars, this standout model in Hyundai’s electric line-up is not only a practical choice for urban driving but is also a convincing option if you’re looking for awesome amenities in a compact package.

The new plant will produce NCA-based high-performance nickel-rich prismatic batteries, which are expected to be deployed in upcoming GM electric vehicles. SAMSUNG SDI’s prismatic batteries not only improve driving range through high energy density, but also enhance safety with its llic exterior and venting system. Through the joint venture with GM, SAMSUNG SDI will gain a foothold in the North American EV market and strive to increase customers for its top-quality prismatic batteries with ensured safety.

With the only standard electric hatchback tailgate in its class, M03’s sleek profile improves upon the golden ratio of sports coupes to deliver world-leading wind resistance among mass-produced pure electric hatchbacks, achieving a drag coefficient of Cd 0.194.

Alongside the AEROHT X2, XPENG also showcased four of their premier electric vehicles, including the G6 ultra-smart coupé e-SUV that launches in September; the G9 large SUV coming in 2025; the X9 luxury seven-seater MPV and the P7 scissor-door (wing edition) sedan.

This helps reduce load to the engine, or in the case of an electric vehicle, draw on the battery. In both powertrains, an improvement in efficiency is expected, as well as occupant comfort.

The energy comes from a 79 kWh lithium-ion battery (net), which absorbs up to 185 kW of power at DC quick-charging stations thanks to innovative charging and thermal management with battery pre-conditioning. The battery can be charged from 10 to 80 per cent again in about 26 minutes. The ID.3 GTX Performance’s WLTP range is up to 601 km.

Technically-advanced compared to its competition in its EV class worldwide, the E5 is packed with self-developed features, like intelligent electric drive, short blade battery, CTB technology, and more. With a body dimension of 4615 × 1901 × 1670 mm and a wheelbase of 2750 mm, the E5 outperforms its counterparts with better driving and riding experience.

The commercial launch of the new PEUGEOT E-3008 is a true success with 50,000 orders recorded to date, within just two months of going on sale across Europe. 25% are for the 100% electric version.

The drive to launch LFP battery mass-production in 2026 is also going strong with the setup of a dedicated pilot line, with an aim to capture expanding demand in volume-segment and entry-level EV markets. As for 46-phi battery, the company secured a new customer for micro-mobility application, with mass-production planned to begin about a year earlier than scheduled, around early 2025.