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FACTORY PROJECT

Scaling Mission-Critical NiZn Battery Manufacturing in Europe 

 As part of our commitment to a sustainable European value chain, the Baltic Factory Project will establish one of the region’s most advanced production sites for critical battery materials. Beginning construction in 2026 and completing in 2028, the facility will produce both cathode and anode materials directly from responsibly sourced raw materials, ensuring full traceability and alignment with our environmental commitments. The factory will feature dedicated cathode and anode production lines, supported by robotic automation, precision welding systems, and advanced battery formation and testing stations to guarantee high‑performance, zero‑defect output. The production output of the company is about 6.4 GWh of energy store capacity annually or about 3.2 million Ni-Zn batteries. With fully automated robotics lines for welding and battery testing and state of the art cathode and anode lines the factory drives continuous innovation, the site will include its own research laboratory, staffed by highly skilled researchers, engineers, and technical specialists focused on next‑generation battery chemistry and clean manufacturing methods. Designed under our strict environmental principles, the plant will emit no effluents, odors, smoke, or uncontrolled waste, operating as a closed and clean process aligned with EU sustainability standards. With this project, we strengthen Europe’s strategic autonomy, secure a resilient supply chain, and create high‑value jobs while delivering world‑class materials for energy‑storage systems across critical industries.

Project data

Site selection:

Open, to be decided during April 2026

The size of the factory:

To be constructed in four stages, each factory building 3000 ha

Emissions:

Effluent zero (0), noise & vibration zero (0), dust or other air pollutants zero ( 0)

Production:

The factory manufactures the cathodes and anodes used in the batteries, has a fully  automated assembly and robotic lines, battery formation and QA laboratories

 

Level  of automation:

Fully automated and uses AI in all phases of production, QA and logistics control 

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