Focused on AI for next-generation power systems, we support storage assets across their full lifecycle—simulation, control, operation and trading.
Shenzhen Turing AI Energy Technology focuses on AI for next-generation power systems, providing energy storage hardware, software and integrated solutions. Our core businesses span energy management systems for utility-scale storage, zero-carbon parks, and energy storage integrated with AI data centers (AIDCs).
With a joint team based in Shenzhen and the United States, we bring together expertise in artificial intelligence, power systems and energy storage engineering. Our cross-border collaboration connects algorithm development, hardware–software coordination and practical engineering, combining a global perspective with localized delivery to address regional grid conditions, application requirements and operational needs.
Built on our proprietary capabilities in power system simulation, coordinated EMS/PPC control, AI-enabled operations and maintenance, and electricity market bidding and trading, our portfolio includes EMS, integrated PCS cabins and system-level solutions. We provide storage owners, developers and grid-sector clients with end-to-end services—from simulation and assessment to solution design, control optimization and operational delivery—while advancing the development of large-scale generation-side and grid-side storage projects.
We combine AI algorithms, power system simulation, storage control and operational expertise to develop products and solutions around both system performance and asset value.
Collaboration between our Shenzhen and U.S. teams links algorithms, EMS/PPC software and PCS equipment, creating a feedback loop between simulation and field applications.
We adapt products and solutions to domestic and international projects, considering local grid conditions, interface requirements and operating environments.
We connect simulation, control, maintenance and trading through coordinated data and operating strategies, supporting storage assets throughout their operational lifecycle.
The EMS solution supports dispatch instruction execution, charge and discharge scheduling, equipment monitoring and operational data analysis for a standalone grid-following storage plant. It enables coordinated equipment operation and plant-level energy management, providing a software foundation for grid dispatch participation and ongoing operational optimization.
The solution combines EMS software with integrated power conversion system (PCS) cabins, connecting plant-level energy management with converter control. Coordinated design addresses grid-forming operating requirements, charge and discharge dispatch, and equipment operating limits to support power regulation, operational monitoring and coordination of grid-forming functions.
The solution combines EMS and integrated PCS cabins to coordinate storage operation with campus energy management. Taking account of data center load profiles, energy schedules and power distribution requirements, it supports charging and discharging strategies, equipment monitoring and coordinated energy operation. The focus is on demand management and energy cost optimization while respecting the project's power reliability requirements.
The EMS solution addresses the project's dispatch interfaces, equipment integration and operational requirements through charging and discharging management, operational monitoring and data analysis. Localized configuration and system coordination provide a software foundation for daily plant operation, strategy execution and ongoing operational optimization.
