- Shell Recharge and SINEXCEL launched a joint laboratory for next-generation charging innovation.
- The facility will focus on ultra-fast charging, megawatt charging, and smart energy solutions.
Shell Recharge and SINEXCEL have strengthened collaboration in EV Charging Technologies by signing a memorandum of understanding on June 16 and inaugurating the Shell Recharge–SINEXCEL Joint Laboratory in Shenzhen. The new facility has been established to accelerate innovation in sustainable energy solutions while supporting advancements in charging infrastructure. Located in China, the laboratory is designed to bring together expertise in research, testing, and deployment of emerging technologies that can support the future growth of electric mobility ecosystems.
Joint Laboratory to Drive Innovation
The newly established laboratory will function as a dedicated platform for technical exchange, collaborative research and development, project incubation, and pilot exploration. By combining industrial capabilities and technical knowledge, the initiative aims to accelerate the development and validation of advanced charging technologies. The collaboration reflects growing industry efforts to improve charging efficiency, reliability, and scalability while supporting broader sustainability objectives across the electric mobility value chain.
Key Technology Areas
The Joint Laboratory will work on next-generation ultra-fast charging technologies designed to reduce charging times and enhance user convenience. Additional focus areas include cloud-charger synergistic scheduling, enabling smarter energy management across charging networks. The collaboration will also explore integrated solar-storage-charging solutions, which can improve renewable energy utilization while supporting more resilient charging infrastructure.
Supporting Future Mobility Infrastructure
Beyond charging speed improvements, the laboratory will investigate megawatt charging capabilities to address future heavy-duty and high-power charging requirements. Research efforts will further include smart operations and maintenance technologies aimed at improving system efficiency and reliability. Through pilot programs and innovation projects, the partners seek to develop solutions that support evolving electric mobility demands and accelerate the transition toward sustainable transportation systems.
Frequently Asked Questions
What is the purpose of the Shell Recharge–SINEXCEL Joint Laboratory?
The Joint Laboratory was established to accelerate innovation in electric vehicle charging and sustainable energy technologies. It serves as a collaborative platform for technical exchange, research and development, project incubation, and pilot testing. The facility focuses on developing advanced charging solutions such as ultra-fast charging, megawatt charging, and smart energy management systems. By combining expertise from both companies, the initiative aims to support future mobility needs while improving charging efficiency, infrastructure reliability, and sustainable energy integration.
Which technologies will be developed at the new laboratory?
The laboratory will work on several next-generation technologies that support the expansion of electric mobility ecosystems. Its research areas include ultra-fast charging, cloud-charger synergistic scheduling, solar-storage-charging systems, megawatt charging, and smart operations and maintenance technologies. These developments are intended to enhance charging performance, optimize energy use, and improve infrastructure resilience. The collaborative approach also enables pilot projects and practical validation, helping accelerate commercialization of innovative solutions for future electric transportation networks.
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