New Industrial Robots Swap Batteries on the Fly to Keep Factories Running Nonstop
Shanghai, Saturday, 1 August 2026.
Shanghai Electric has unveiled new factory humanoid robots featuring hot-swappable batteries, allowing continuous 24/7 operation without downtime and signaling a major step toward fully automated manufacturing.
Shanghai Electric Debuts Hot-Swappable Humanoid Robots at WAIC 2026
On July 30, 2026, Chinese state-owned conglomerate Shanghai Electric unveiled a new portfolio of industrial humanoid robots designed for uninterrupted factory operations at the World Artificial Intelligence Conference (WAIC) 2026 [1][3]. The centerpiece of the announcement was the introduction of advanced bipedal and wheeled models equipped with dual-battery hot-swap systems, allowing for continuous 24/7 automation without downtime for recharging [1][4]. This technological milestone signals a significant shift toward fully automated manufacturing ecosystems, aiming to reduce operational interruptions in high-end equipment manufacturing [3]. For global business leaders, the deployment of such autonomous labor underscores rising competitive pressures on supply chains and highlights the rapid commercialization of next-generation industrial automation [1].
Specialized Robotics Portfolio and AI Integration
The newly revealed robotics suite includes the SUYUAN bipedal humanoid robot, featuring 41 degrees of freedom and a multimodal vision system for inspection and assembly tasks [2][3]. Complementing this is the TUOYUAN wheeled humanoid robot, which utilizes force-position hybrid control for connector insertion and automotive sheet metal handling, and the Mermaid wheeled robot capable of operating industrial switches without manual programming [1][3]. Alongside the hardware, Shanghai Electric introduced the StarCloud Intelligent Manufacturing platform, comprising 51 AI models targeted at research and development, production, and maintenance optimization [2][4]. These systems are designed to facilitate production line scheduling and predictive maintenance to prevent manufacturing interruptions [1].
AI-Native Smart Factory Architecture
To support these embodied intelligence solutions, the company released an AI-Native Smart Factory Technology White Paper outlining a self-optimizing factory architecture [2][3]. This framework proposes a three-layer structure featuring an AI factory brain for operational coordination, industrial agents and embodied robots for task execution, and digital twins for physical asset mirroring [3][4]. Wang Chunlei, deputy general manager of the Robotics Business Unit at Shanghai Electric Automation Group, stated that the true value of embodied intelligence lies in understanding real industrial tasks to drive a paradigm of machine-assisted human-machine collaboration [1][3]. The architecture aims to transition manufacturing from experience-driven to data-driven operations, enabling self-perception and self-execution capabilities [2].
Advanced Components and Supply Chain Implications
Supporting the hardware capabilities, Shanghai Electric showcased new components including the DexHand dexterous robotic hand and planetary roller screws capable of handling significantly higher loads than conventional solutions [3][4]. The new planetary roller screws are reported to offer a load capacity increase calculated as 300 percent of traditional ball screws, enhancing durability in confined spaces [2][3]. Additionally, related entities within the supply chain, such as Shanghai Tian An Bearing, have entered mass production of customized miniature bearings for humanoid robot dexterous hands [5]. These bearings are designed to deliver 60%–100% greater load capacity and reliability compared with conventional solutions of similar size, further supporting the growing demand for high-precision robotic components [5].