Turbo Energy, HiTHIUM Deploy 366 MWh AI-Optimized Storage at 15 Ceramic Plants
TURB•Turbo Energy and HiTHIUM have deployed a 366 MWh AI-optimized battery storage system across 15 industrial ceramic facilities under the Pamesa Net Zero initiative, with 130 MWh already operational. The integrated AI platform enables real-time orchestration of generation, storage and consumption to enhance efficiency, reduce market volatility exposure and support decarbonization.
1. Deployment Overview
Turbo Energy and HiTHIUM have launched a joint project deploying 366 MWh of battery energy storage across 15 facilities belonging to a major European ceramic manufacturer. The initiative integrates advanced long-duration battery systems with an AI-driven control layer to transform standalone assets into a unified energy ecosystem.
2. Technology Integration
At the core of the project is Turbo Energy’s AI-driven optimization platform, which uses predictive analytics and real-time data to dynamically manage solar generation, battery storage and industrial loads. HiTHIUM’s advanced lithium-ion storage modules enable high performance and scalable capacity for continuous energy orchestration.
3. Project Progress and Timeline
To date, 130 MWh of the total 366 MWh capacity has been installed across multiple sites, marking a significant milestone in the Pamesa Net Zero rollout. Remaining deployments will follow a phased schedule through year-end to achieve full operational status.
4. Strategic Implications
This deployment reinforces Turbo Energy’s transformation into an AI-driven energy infrastructure provider and expands its European footprint in industrial markets. The partnership with HiTHIUM accelerates the adoption of software-defined energy systems, supporting decarbonization, resilience and cost optimization for energy-intensive enterprises.
