Energy Storage News
12 February 2026
Baltic BESS and TES: Estonia’s 1.1GWh district heating accumulator, Nidec PCS-transformer deal in Lithuania
Why It Matters for ITAD
This project highlights the imminent future wave of end-of-life utility-scale battery storage systems entering the waste stream. ITAD and recycling firms need to develop specialized capabilities for safe handling, transportation, and high-volume recycling of these complex, hazardous battery packs now to meet future demand and regulatory requirements. It represents a significant emerging market segment within e-waste.
A 582MWh battery storage project and a gigawatt-hour-scale thermal energy storage system are the latest big developments in the emerging Baltic region, north-eastern Europe.
Key Takeaways
- • Prepare for large-scale battery recycling: Develop expertise and infrastructure for handling massive, complex Li-ion battery systems from energy storage.
- • Anticipate regulatory focus: Expect stricter EU regulations (WEEE, Battery Directive) around collection, transport, and recycling processes for these high-volume, high-risk units.
- • New market opportunity: Utility-scale BESS represents a significant future revenue stream for ITAD/recyclers with the right capabilities and certifications.
