İSTANBUL 

Türkiye's Vestel Mobilite unveiled its latest innovations in electric vehicle (EV) charging stations, energy storage systems, and automotive technologies at the EVS 38 Exhibition held in Gothenburg, Sweden, the company said in a statement on Wednesday.

The event, hosted at the Swedish Exhibition & Congress Centre, is among the leading international fairs focused on energy storage, charging and battery technologies, e-mobility, artificial intelligence (AI), and manufacturing automation.

Vestel presented its state-of-the-art EV charging stations, including the high-capacity DC charging unit “Stella-M,” which offers up to 1.2 megawatts (MW) of charging power.

Equipped with a liquid-cooled power cabinet, Stella-M is designed to deliver high-efficiency performance even under heavy usage, making it particularly suited for electric heavy-duty vehicles and fleet applications.

The company emphasized user experience with touchscreens in various sizes and integrated contactless payment options, including a “Pin-on-Glass” credit card module, designed to streamline the transaction process.

Vestel’s back-end management platform allows remote monitoring and control of all DC units via OCPP connectivity, providing post-sales services such as diagnostics, updates, and maintenance to increase operational efficiency.

A wide range of AC and DC charging solutions were also on display, including AC Quatro, AC Zenith, AC Gemini Dual, AC Vega Dual, and AC Liveo models. For commercial urban use, Vestel showcased the DC Vesper and DC Spica, as well as high-performance ultra-fast DC Sirius chargers (160–400 kW) and the high-output DC Stella models (720 kW and 1.2 MW).

Vestel Mobilite reaffirmed its commitment to supporting sustainable transportation through its expansive EV charger portfolio, which includes both AC units for home and small business use and faster DC alternatives aimed at broadening EV adoption.

The company also highlighted its energy storage systems developed for telecommunications, residential, commercial, industrial, and utility-scale projects.

Vestel’s battery storage technologies, designed with environmental impact and cost efficiency in mind, help users reduce their carbon footprints while enabling energy independence. Its Telecom Battery Solution provides backup power during outages and supports data centers through features like remote monitoring and parallel scalability.

Residential energy storage systems allow users to store solar energy, offering reliable backup during power cuts and enabling energy cost savings by shifting consumption to off-peak hours. IoT-enabled mobile apps make system management easy and transparent.

Built with reliable LFP chemistry and advanced software, the storage systems support solar integration and include smart energy management (EMS) and power conversion systems (PCS), all within a single cabinet. These systems are also compatible with EV chargers, offering integrated energy solutions.

Vestel’s 418-kilowatt-hour liquid-cooled cabinet-type systems provide scalable and safe long-term energy storage for utility applications. Integrated with solar and wind power plants, these systems help improve grid efficiency.

Speaking at the event, Vestel Mobilite's deputy general manager, Egemen Tumturk, pointed out that EV batteries and energy storage systems use the same core technology.

He emphasized that battery reuse and recycling practices can extend product lifespan and reduce carbon emissions. Tumturk projected that by 2030 and beyond, battery technologies could meet up to 30% of Europe’s total energy demand.

Highlighting the strategic importance of charging infrastructure as a bridge between EVs and energy storage systems, Tumturk said technologies such as solid-state batteries and lithium-metal anodes will play a prominent role in the near future, contributing significantly to sustainable mobility and the energy transition.