01
High energy density cell selection
Skyward 300/320/350 and 380/400/450 run in parallel so energy and rate are matched to the mission profile.
UAV
UAV Power Solutions
Pushing industrial UAV endurance to a new level with 300–450Wh/kg cells
450
Peak energy density Wh/kg
+40%
Longer endurance at equal weight
-20℃
Usable discharge temperature
Scenario Overview
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.
Payload and endurance are always fighting each other on a UAV: every gram of battery is a gram of mission payload lost. Built on the Skyward High Energy Density and Ultra High Energy Density series, this solution delivers 300–450Wh/kg and provides a complete package for multirotor and hybrid VTOL platforms, from cell selection and pack structure to BMS calibration, extending endurance without raising take-off weight.
For demanding conditions such as high altitude, low temperature and long hovering, high-nickel and silicon-carbon chemistries hold the discharge plateau at cell level, while thermal management and redundant design keep risk under control at system level.
Core Capabilities
02
Lightweight pack engineering
Structural parts and interconnects are optimised together to raise pack efficiency and cut inactive mass.
03
Joint BMS calibration
SOC estimation and alarm thresholds are calibrated with the airframe maker so remaining capacity reads true on the flight controller.
Application Scenarios
Long-endurance inspection
For transmission lines, pipelines and border patrol, the distance covered per sortie determines operating cost.
Emergency payload delivery
When roads are cut off after a disaster, UAVs must complete round-trip delivery in cold and unstable weather.
Customer Value
Wider mission radius
Longer endurance at the same take-off weight lowers cost per unit area covered.
Verifiable safety margin
Cells pass nail penetration and thermal box abuse tests, so safety claims are backed by data.
Shorter integration cycle
Cells, structure and BMS are delivered together, cutting repeated trial fitting at the airframe maker.
Matching Products
Skyward 300
Skyward 300
High energy density hybrid solid-liquid electrolyte cell — the entry model of the series, balancing energy with sustained discharge and up to 1,200 cycles.
- Energy density
- 300±10 Wh/kg
- Rated capacity
- 32 Ah
- Continuous discharge
- 5C
Skyward 350
Skyward 350
High energy density hybrid solid-liquid electrolyte cell — the top of the series’ energy range, for airframes where single-sortie endurance is the top priority.
- Energy density
- 350±10 Wh/kg
- Rated capacity
- 39 Ah
- Continuous discharge
- 3C
Skyward 380
Skyward 380
Ultra-high-energy-density hybrid solid-liquid electrolyte cell, representing the highest specific energy in the silicon-carbon anode lineup, with a cycle life of 500 cycles at room temperature.
- Energy density
- 380±10 Wh/kg
- Rated capacity
- 40 Ah
- Continuous discharge
- 1C
FAQ
Is 450Wh/kg measured at cell or pack level?
It is a cell-level figure. System-level energy density depends on pack structure and grouping efficiency, which we calculate together with you during selection.
Can cell dimensions be customised for our airframe?
Yes. Dimension and interface customisation is available once volumes are defined; lead time and MOQ are confirmed during commercial discussion.
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Smart Robotics Power Solutions
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Two-Wheeler Swapping & E-Motorcycle Solutions
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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.