Advanced Temporary Stator Repair Strategies for Minimizing Downtime and Maximizing Operational Savings
Unplanned stator failures in Medium-High Voltage machines can halt production and create substantial financial losses.
This session demonstrates how engineered temporary stator-winding repairs can rapidly restore safe operability and sustain up to 80% of nominal power while a new stator is manufactured.
Through Nidec Power case studies, we explore the repair methodology, simulation-backed performance validation, and the considerable operational and economic benefits achieved through these accelerated recovery strategies.
- Apply an engineering approach to isolate, rebuild, and reinforce damaged winding sections for rapid restoration of safe operation.
- Use simulation-led validation to confirm stable flux behaviour, current distribution, and mechanical integrity after repair.
- Show through economic analysis how temporary repairs drastically cut outage time and reduce daily production losses.
- Demonstrate with case-based evidence the significant savings and improved operational continuity achieved across Nidec Power projects.
Wednesday 20 May 10:35 - 11:05 Electric Motor Forum Electric Motor Forum Stage
Advancements in Electrical & Mechanical Engineering and Automation
Unplanned stator failures in Medium-High Voltage machines can halt production and create substantial financial losses.
Electric Motor Forum Stage Europe/London
Speakers
EMEA Operational Services Director, Nidec Power
