Turkey Debuts Fully Automated Prismatic Lithium-Ion Battery Pack Production Line

Turkey Debuts Fully Automated Prismatic Lithium-Ion Battery Pack Production Line as Nation Powers Up Energy Storage Ambitions

Ankara, Turkey — June 22, 2026 — In a landmark development for Turkey's industrial and energy transition strategies, a state-of-the-art fully automated prismatic lithium-ion battery pack production line has officially commenced operations at a new high-tech manufacturing facility in the Ankara region. The project represents one of the most comprehensive prismatic battery assembly operations in the country, marking a significant leap forward in Turkey's push toward domestic battery manufacturing and energy independence.

The inauguration ceremony was attended by senior officials from Turkey's Ministry of Industry and Technology, representatives from the country's automotive and energy storage sectors, and international technology partners. The event underscored Turkey's commitment to building a domestic battery value chain capable of supporting both the rapidly growing electric vehicle ecosystem and the nation's ambitious renewable energy storage targets.

A Strategic Fit for Turkey's Energy and Industrial Future

Turkey has set an ambitious goal of reaching 120 gigawatts (GW) of combined wind and solar capacity by 2035, alongside a massive expansion in battery storage capacity. The government's latest Renewable Energy Roadmap, backed by a €400 million World Bank financing package approved in June 2026, prioritizes utility-scale battery energy storage systems as a critical component of grid modernization and energy security. Approximately 33 GW of wind and solar projects integrated with battery storage are currently in the pre-license phase, demonstrating strong momentum in the development pipeline.

The new prismatic battery production line directly supports this vision. Prismatic lithium-ion cells—flat, rectangular batteries known for their high energy density, superior thermal management, and space efficiency—are increasingly the cell format of choice for electric vehicles, stationary energy storage systems, and commercial and industrial applications. The Ankara facility will produce high-quality prismatic battery packs designed to serve both the domestic electric vehicle market and the burgeoning grid-scale energy storage sector.

Geographic Advantage and Export Ambitions

Turkey's unique geographic position—bridging Europe, Asia, and the Middle East—offers a strategic logistics advantage for battery manufacturers. The Ankara facility is positioned to serve export markets across Europe, Africa, and the Middle East, aligning with the government's vision of positioning Turkey as an international production hub for energy technologies. The "Made in Türkiye" label is expected to carry significant weight in these markets, backed by the country's reputation for quality manufacturing and its participation in the EU Customs Union.

Advanced Automation Equipment Powers the Production Line

The production line is equipped with a comprehensive suite of cutting-edge manufacturing and automation technologies designed specifically for high-precision prismatic battery pack assembly. The complete equipment roster includes:

1 Six-Axis Robotic Loader — This high-precision robotic arm handles the automated loading and positioning of prismatic battery cells and components onto the production line, ensuring consistent throughput and reducing manual handling errors while maximizing operational efficiency.
1 OCV Testing, Sorting, and Barcode Scanning Station — Open Circuit Voltage (OCV) testing measures the voltage of each individual cell to ensure they meet required performance standards before assembly. The integrated sorting function segregates cells by performance characteristics, while barcode scanning establishes full traceability—creating a digital record for quality control and lifecycle tracking from the very first step of production.
1 Six-Axis Robotic Automation Cell — A second six-axis robotic system performs complex material handling and component transfer operations between workstations, providing the flexibility and precision required for high-mix, high-volume prismatic battery production.
1 Adhesive Coating Workstation — This station applies precise, uniform amounts of structural and thermal interface adhesives for cell stacking and module assembly—a critical process that ensures mechanical integrity and effective heat dissipation within the finished battery pack.
1 Stacking, Pressing, and Bundling Machine — This core assembly equipment performs the essential function of stacking prismatic cells into modules, applying controlled pressure to ensure optimal inter-cell contact, and bundling completed modules for downstream processing.
1 Barcode Scanning and Binding Device — This station provides additional traceability checkpoints while performing binding operations that secure module components, ensuring that every production step is documented within the manufacturing execution system.
1 Polarity Detection and Address Encoding Station — This critical safety and quality control station verifies correct cell polarity before final assembly and assigns unique electronic addresses to each battery module—enabling seamless integration with Battery Management Systems (BMS) for real-time monitoring and control.
1 Laser Cleaning Equipment — This precision system uses advanced laser technology to clean contact surfaces on cell terminals and busbars, removing oxides and contaminants to ensure low-resistance, high-reliability electrical connections.
1 Laser Welding Equipment — The final assembly station employs high-precision laser welding to create durable, low-resistance electrical connections between cells and busbars. This is a critical process that directly determines the performance, safety, cycle life, and longevity of the finished battery pack.
1 Comprehensive Testing Station — This end-of-line testing system performs rigorous functional and safety validation of each completed battery pack, including insulation testing, communication protocol verification, and performance benchmarking—ensuring that only products meeting the highest quality standards leave the facility.
1 Gantry Crane Production Line — The gantry crane system provides heavy-load material handling capabilities for transporting large battery modules and finished packs throughout the production floor, enabling efficient workflow and reducing manual handling of heavy components.

Driving Localization, Employment, and Industrial Competitiveness

The new facility aligns with President Recep Tayyip Erdoğan's vision of reducing Turkey's dependence on imported battery technologies and strengthening domestic production capabilities. Turkey has been actively pursuing localization of battery and electric vehicle component production, with multiple lithium-ion battery factories coming online across the country. Domestic manufacturers such as ASPİLSAN Enerji have already established lithium-ion battery production infrastructure in Kayseri, with an annual capacity of approximately 21 million batteries, while joint ventures with international partners are expanding capacity further.

The Ankara prismatic battery line is expected to create hundreds of skilled technical jobs in manufacturing, quality control, and engineering—contributing to Turkey's growing pool of talent in advanced energy storage technologies. The facility will also stimulate the development of local supplier industries, from component manufacturing to maintenance services.

Supporting Turkey's Electric Vehicle Revolution

Turkey's electric vehicle market is expanding rapidly, driven by the success of domestic brands such as TOGG and the entry of international manufacturers. Hyundai Motor Turkey recently announced a €715 million investment package, with €55 million allocated to a new battery assembly plant in İzmit that will create more than 300 jobs and utilize 27 robots for automated battery pack assembly. The Ankara prismatic battery line complements these efforts by providing additional domestic battery pack manufacturing capacity for both automotive and stationary storage applications.

A Milestone for Turkish Energy Storage

Industry observers note that the prismatic battery production line represents a technological leap for Turkey's manufacturing sector. The automated assembly process—from six-axis robotic loading and OCV testing to precision stacking, laser cleaning, laser welding, and comprehensive end-of-line testing—demonstrates Turkey's capacity to host sophisticated, high-tech industrial operations that can compete on quality and efficiency with established manufacturing hubs in Asia and Europe.

As Turkey continues to integrate renewable energy sources into its power grid and expand its electric vehicle ecosystem, domestic battery production capacity will be essential for energy security, industrial competitiveness, and sustainable development. The new prismatic battery production line is poised to play a pivotal role in this transformation—delivering "Made in Türkiye" energy storage solutions to markets at home and abroad.