Vestel Mobility Showcases Energy Storage Systems, EV Charging Stations, and Automotive Solutions in Sweden
Vestel Mobility presented its innovative solutions in electric vehicle charging stations, energy storage systems, and automotive technologies at EVS 38, held in Gothenburg, Sweden, from June 15–18. The company participated with a comprehensive product range extending from high-power charging systems to advanced battery technologies. One of the highlights of the exhibition was the new-generation DC fast charger Stella-M, offering up to 1.2 MW charging capacity.
With its state-of-the-art products, Vestel Mobility took part in EVS 38 — one of the world’s leading events in energy storage, charging and battery technologies, e-mobility, artificial intelligence, manufacturing, and automation. At the Sweden Booth (B9-01) in the Swedish Exhibition & Congress Centre, the company showcased its advanced EV chargers, energy storage systems, and automotive solutions to visitors.
Today, as Turkey’s largest EV charger manufacturer and exporter, Vestel Mobility also introduced Stella-M to visitors at the event. Featuring a liquid-cooled power cabinet, Stella-M delivers maximum efficiency even under heavy-duty usage. Thanks to its advanced technological infrastructure, it offers high-performance charging solutions, particularly for electric heavy-duty vehicles and fleets.
‘The Future Lies in Next-Generation Battery Technologies’
During a symposium held as part of the exhibition, Vestel Mobility Deputy General Manager Egemen Tümtürk delivered a presentation titled “Can Next-Generation Batteries Close the Competitiveness Gap in the EV Race?” He emphasized that electric vehicle batteries and energy storage systems share the same core technology and that recycling practices can give batteries a second life, extending their lifespan while reducing carbon footprints. Tümtürk stated that by 2030 and beyond, 30% of Europe’s total energy needs could be met with such batteries.
Highlighting the pivotal role of charging infrastructure in connecting electric vehicles and energy storage systems, Tümtürk noted that technologies such as solid-state batteries and lithium-metal anodes are expected to come to the forefront in the near future. He also underscored the strategic importance of regionalizing production in Europe and the growing role of energy storage systems in advancing sustainable mobility and the energy transition.
