01
Full pass on national abuse tests
Nail penetration, 150℃ thermal box, overcharge and over-discharge all carry third-party test records.
Mobility
Two-Wheeler Swapping & E-Motorcycle Solutions
Nail penetration and 150℃ thermal box tested, with 3,000+ cycles for high-frequency swapping
3,000+
Cycles at room temperature
150℃
Thermal box abuse test passed
270±10
Energy density up to Wh/kg
Scenario Overview
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.
The economics of a swapping network place only two demands on the battery: be safe enough, and last long enough. The Skyward High Safety Long Cycle series passes nail penetration and 150℃ thermal box abuse tests, meets GB 43854-2024 and GB/T 36672-2018, and delivers over 3,000 cycles at room temperature, bringing per-pack amortisation into a workable range for operators.
The solution also covers compatibility work on the cabinet side, helping operators transition smoothly between existing cabinets and new packs.
Core Capabilities
02
Long-cycle cell chemistry
An NCM-Gr system with semi-solid electrolyte retains usable capacity beyond 3,000 cycles.
03
Cabinet compatibility engineering
Dimensions, connectors and communication protocols are verified together with the operator.
Application Scenarios
Urban swapping network
Riders swap in 30 seconds while packs cycle between cabinets and vehicles around the clock.
High-speed e-motorcycle packs
Sustained high-speed riding raises rate and thermal demands that the pack design must absorb.
Customer Value
Compliance risk under control
Meeting current national standards removes uncertainty in market access and insurance.
Lower cost per cycle
A longer cycle life spreads pack amortisation across many more uses.
More orders per rider per day
Better cold-weather capacity cuts unnecessary trips back to the cabinet.
FAQ
Do the cells hold a GB 43854-2024 test report?
Products are designed and tested against this standard; the corresponding reports are available during commercial discussion.
Will the packs work with our existing swapping cabinets?
It depends on cabinet dimensions, connectors and protocol. Send us your current specifications and we will assess the modification effort and propose an adaptation plan.
Other Applications
More Applications
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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.
AIDC
AIDC Energy Storage Solutions
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.
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.