As the world accelerates toward carbon neutrality, new energy manufacturing demands uncompromising precision, scalability, and sustainability. Our cutting-edge motion control systems are custom-engineered to solve the critical challenges in photovoltaic (PV), lithium-ion battery, and wind power production—delivering measurable value for your smart factory.
- Photovoltaic (PV) Manufacturing: Precision That Maximizes Solar Yield
Solar module efficiency starts with micron-level accuracy in every production step. Our motion control solutions set the standard for PV manufacturing excellence:
Cell Stringing & Lamination: With ±0.001mm positioning precision and multi-axis synchronization, our servo-driven systems ensure consistent soldering of ultra-thin solar cells (≤120μm) and stable lamination pressure control. This reduces defect rates from 500PPM (industry average) to under 50PPM, while boosting production throughput by 30%.
Solar Tracking Systems: Adaptive motion drives sync with real-time sun-position data, optimizing panel orientation to increase energy capture by up to 25% vs. fixed installations. Integrated energy recovery technology cuts system power consumption by 15%, aligning with global energy efficiency standards.
Proven Global Impact: Deployed in 100+ PV factories across Europe, Asia, and North America, our solutions power production lines with 98%+ OEE (Overall Equipment Efficiency), supporting 20GW+ annual module output.
- Lithium-Ion Battery Production: Zero-Error Control for Safety & Performance
Battery reliability and energy density depend on absolute consistency—from electrode coating to cell assembly. Our motion control systems address industry-critical pain points:
Core Process Precision: Servo-driven coating systems maintain ±5μm thickness uniformity for electrode sheets; high-torque motors enable tear-free winding of 10μm-thin separators. Multi-axis controllers reduce assembly error from ±0.1mm to ±0.01mm, eliminating short-circuit risks and enhancing battery safety.
Smart Flexibility: Auto-learning algorithms reconfigure parameters for cylindrical, prismatic, and pouch cell formats in just 5 minutes—down from 30-60 minutes (industry average)—supporting fast product line switching.
Sustainability Compliance: Regenerative braking technology recovers 99.9% of braking energy during material transport, slashing per-unit carbon footprint by 20% and helping you meet CBAM (Carbon Border Adjustment Mechanism) requirements.
