Terra Innovatum and Sant’Anna University launch AI-driven predictive maintenance for SOLO reactor
Terra Innovatum on May 11, 2026 launched a collaboration with Sant’Anna University to develop AI-driven predictive and condition-based maintenance, robotic non-destructive testing and structural modeling for its SOLO reactor. It aims to boost reliability, optimize lifecycle management and enable automated decommissioning, with SOLO targeting global rollout within three years.
1. Partnership Details
On May 11, 2026, Terra Innovatum signed a collaboration agreement with Scuola Universitaria Superiore Sant’Anna in Pisa, leveraging the university’s robotics and AI expertise to support the SOLO micro-modular reactor platform.
2. Technical Objectives
The collaboration will develop AI-driven predictive and condition-based maintenance systems, robotic non-destructive testing and inspection tools, and advanced structural mechanics modeling to improve anomaly detection, optimize maintenance scheduling and validate key reactor components.
3. Deployment Timeline and Impact
By integrating these capabilities, Terra Innovatum expects enhanced reactor reliability, reduced operating costs and streamlined lifecycle management, including automated decommissioning support, with global deployment of SOLO reactors planned within three years.