Join forces to overcome solid-state battery challenges for embodied intelligent robots: Joyson Electronics partners with Enpower to reach strategic cooperation

Recently, Joyson Electronics and Enpower Greentech reached a strategic cooperation to jointly explore the vast potential market in the field of power energy for embodied intelligent robots. Both parties will fully integrate their core advantages in battery management system technology, solid-state battery technology, and related fields of embodied intelligence. Cooperation will be carried out in terms of product synergy, technology integration, and market co-construction, providing an energy system solution of 'cell + BMS integration + data services' for embodied intelligent robots.

(Junsheng Electronics and Enli Power Strategic Signing Ceremony)

With the increasing demand for high energy brought by improvements in robotic motion performance and computing power, requirements for battery life, safety, and lightweight design have significantly increased. High-energy-density solid-state batteries, which are more suitable for the miniaturization and lightweight needs of humanoid robots, have become an important direction for the future development of energy management in embodied robots.

Joyson Electronics possesses mature and advanced Battery Management System (BMS) technology and data service capabilities, with products already supplied to several global automakers such as Volkswagen, BMW, Mercedes-Benz, and Volvo. Due to technological commonalities and ecosystem synergies, Joyson Electronics continues to extend its R&D and manufacturing experience from the automotive sector to embodied intelligent robots, launching a chest assembly solution that integrates robot controllers with energy management systems.

(Junsheng Electronics humanoid robot "controller + battery pack + cooling" thoracic assembly)

Enpower Greentech focuses on the research, development, and industrialization of high specific energy solid-state battery technology, possessing advanced semi-solid, quasi-solid, and solid-state battery technologies, strong R&D capabilities, and product delivery capacity. Its products, known for ultra-high energy density, wide temperature adaptability, excellent rate performance, and safety, have been widely applied in multiple fields such as robotics, drones, and high-end electric motorcycles.

Wang Jianfeng, Chairman of Joyson Electronics, stated: 'The development of embodied intelligence has placed unprecedented demands on energy solutions and intelligent management. Enpower Greentech's forward-looking layout and industrialization capabilities in advanced battery technology perfectly complement Joyson Electronics' deep expertise in energy management and data services for embodied agents. This collaboration is not only a business partnership but also a fusion of core competencies. Together, we will define and lead the next generation of energy system solutions for embodied intelligent agents.'

Dai Xiang, Chairman of Enpower Greentech, said: 'Partnering with a top-tier global player like Joyson Electronics marks an important step toward the large-scale industrial application of our advanced battery technology. Joyson Electronics' extensive global customer network, profound understanding of power energy system safety, and robust global R&D and manufacturing capabilities will accelerate the validation and adoption of our advanced battery technology in high-end, highly reliable scenarios. We firmly believe that through close capital and R&D collaboration, both parties will build an unparalleled industrial moat, delivering the most superior solid-state battery power solutions to global customers.'

This strategic cooperation represents a key decision made by Joyson Electronics and Enpower Greentech based on shared understanding. In the future, both parties will quickly establish a joint working team to drive the efficient implementation of specific cooperative projects, working together to seize the commanding heights of the embodied intelligent power energy sector and create a new green, intelligent mobility ecosystem for the future.

23K Views