Case
Australia National Power Storage Holding Pty Ltd.
Australia National Power Storage Holding Pty Ltd.
This project is a large-scale commercial and industrial energy storage system with a capacity of 10MW/20MWh, located in the Aerospace Lithium Technology Park in Gaoyou City, Jiangsu Province. Covering an area of 700 square meters, it achieves two charge-discharge cycles per day for peak shaving and valley filling, demonstrating significant economic benefits.
The system utilizes NPS 3777Ah large-capacity LFP batteries and comprises:
• 4 units of NPS 5MWh energy storage system
• 4 sets of 2.5MW PCS transformer step-up system
• 1 EMS (Energy Management System)
Since its commissioning, the project has operated flawlessly, achieving global-leading performance in terms of efficiency and temperature control.
• DC-side charge-discharge efficiency exceeding 96%
• Cell temperature difference within 3°C
Australian National Power Storage Holdings Pty Ltd (ANPSH) and the University of Sydney (USYD) have established a strategic partnership to co-found the "Ultrahigh Performance Batteries to Empower the Renewable Energy Transition" Joint Laboratory. Under the project scope, the University of Technology Sydney (UTS) research team will support ANPSH in delivering 1.5MWh to 5MWh battery energy storage module demonstration projects.
Technical Research & Innovations
The UTS team will conduct restoration technology research on ANPSH’s 3777Ah batteries, focusing on:
• Lifetime regeneration processes for large-capacity 3777Ah batteries
• Electrolyte replenishment via additive-directed repair techniques
• Composite restoration methodologies
Key outcomes include:
• Battery capacity recovery exceeding 10%
• Cycle life extension by over 20%
These advancements have already been applied to 1.5–5MWh commercial and industrial energy storage system demonstration projects.
ARC Funding & Industry Collaboration
With support from partner organizations, UTS was awarded the Linkage Program – Industry Laureate Fellowships Grant by the Australian Research Council (ARC) to advance this initiative.
Project Scope & Proprietary Technologies
The collaboration integrates ANPSH’s proprietary technologies, including:
1. Manufacturing technology for 3777Ah/3.2V lithium iron phosphate (LFP) cells
2. ANPSH’s Advanced Battery Management System (BMS), encompassing hardware and software solutions
3. Large-scale fixed energy storage cabinets (1.5MWh, 3MWh, and 5MWh configurations)