First Heavy-Duty Humanoid Robot Powered by CATL Batteries Goes Live in CATL Factory
CATL and Galbot have deployed the Galbot S1, the world's first heavy-duty AI humanoid robot powered by CATL batteries, on CATL's production lines for material handling and picking.
- 50 kg
- 8 hours
What Happened
CATL and Galbot have signed a global strategic cooperation agreement to upgrade smart manufacturing lines and accelerate the large-scale application of AI humanoid robots. The Galbot S1, a heavy-duty humanoid robot developed by Galbot, is now operating on CATL's intelligent production lines, performing extended autonomous tasks in module and battery pack manufacturing. It directly replaces human workers in high-intensity processes such as material handling and picking, significantly reducing physical workload for shop floor workers.
- Dual-arm 50 kg payload capacity
- Vision-only centimeter-level precision positioning
- 360° omnidirectional obstacle avoidance
- CATL battery cells with particle-size grading cathodes, low-lithium-consumption anodes, and bionic self-healing electrolyte
- Cell failure rate at parts per billion (PPB) level for safety
- Up to 8 hours of continuous operation
CATL's NING Service Network, which previously covered battery inspection, maintenance, and recycling for power batteries and energy storage systems, will now extend its scope to AI humanoid robots. This initiative aims to establish the world's first aftermarket service standard for AI humanoid robots.
Why this matters
This deployment marks a significant expansion of CATL's battery applications from vehicles and energy storage to heavy-duty robotics, showcasing the versatility of its battery technology. The Galbot S1 directly replaces humans in high-risk, repetitive factory tasks, potentially improving worker safety and efficiency. Additionally, CATL's move to establish the first aftermarket service standard for AI humanoid robots could set industry norms for maintenanc…
Terms in This Story
- Humanoid robot
- A robot with a body shape resembling a human, designed to perform tasks in environments built for people.
- Parts per billion (PPB)
- A unit of measurement for extremely low failure rates; one part per billion means one failure in one billion opportunities.
Summarised from the linked release; details can be imperfect — always verify against the original source.