01
High-safety cell chemistry
LFP-Gr and NFPP-HC with semi-solid electrolyte offer better thermal stability than conventional liquid systems.
AIDC
AIDC Energy Storage Solutions
A high-safety storage foundation for AI computing centres, rated beyond 10,000 cycles
≥6000
Cycles at room temperature
105
Cell capacity Ah
＞94%
Energy efficiency (@25°C, 0.5P)
Scenario Overview
Long-cycle, high-safety storage built on the RockSolid·Craft series for AI computing centre supply, large-model training backup and data centre energy storage.
AI training loads look nothing like a traditional data centre: short spikes, constant swings, and far harsher demands on cycle count and response. The RockSolid·Craft High Safety series uses LFP-Gr and NFPP-HC chemistries with over 10,000 room-temperature cycles, while the semi-solid electrolyte provides an inherent advantage in thermal runaway protection, keeping long-term on-site risk manageable.
Configuration guidance is provided at both rack and container scale, including consistency management when banks are expanded.
Core Capabilities
02
Rack and container scale options
Capacity ratios and bank layouts are matched to site scale so nothing is over-specified.
03
Batch consistency management
Cells are grouped by batch when banks are expanded, reducing circulating-current risk from mixing old and new packs.
Application Scenarios
Peak shaving and backup for AI centres
Discharging during training power spikes both relieves capacity expansion pressure and serves as emergency backup.
Data centre energy storage
Operating against time-of-use tariffs pushes energy cost into the peak-valley spread.
Customer Value
Higher availability
Long cycle life and high safety together support continuous long-term operation.
Lower lifecycle cost
Doubling cycle count stretches the replacement interval and cuts maintenance spend.
Smoother fire safety review
Complete cell safety test records ease fire approval and site acceptance.
FAQ
Under what conditions is the 10,000-cycle figure measured?
It is measured under standard room-temperature conditions. Real cycle life depends on temperature, depth of discharge and rate; we provide site-specific estimates.
Do you supply integrated cabinets or cells only?
We focus on cells and modules; full cabinet integration can be delivered with partners, with scope agreed per project.
Other Applications
More Applications
UAV
UAV Power Solutions
High energy density semi-solid-state cells and lightweight pack designs for industrial UAVs used in inspection, agriculture, logistics and emergency rescue, extending flight time at the same weight.
Robotics
Smart Robotics Power Solutions
Semi-solid-state high-rate cells and compact pack designs for humanoid robots, quadruped robots and intelligent equipment, balancing peak power against overall mass distribution.
Mobility
Two-Wheeler Swapping & E-Motorcycle Solutions
High-safety long-cycle cells compliant with GB 43854-2024 for instant delivery fleets, shared mobility and high-speed e-motorcycles, balancing swap frequency against pack lifetime.
Need a cell configuration matched to your scenario?
Share your system weight, power profile and operating temperature range, and our engineers will return a sizing proposal with preliminary calculations within two working days.