high voltage high energy density UAV battery
Herewin high-voltage high-energy-density UAV batteries use LCO or blended LCO–NMC high-voltage cells, delivering a nominal cell voltage of 3.85–3.95V and an energy density of 280Wh/kg and above.
With large-format cell capacities of up to 67Ah, the battery platform helps reduce parallel cell count and electrical connection points, supporting simpler, more compact battery-pack architecture and higher pack voltage under the same series configuration compared with conventional 3.7V lithium cells.
- Applications: Agricultural drones, heavy-payload UAVs, cargo drones, delivery drones, rescue drones, VTOL aircraft, and other high-voltage, high-capacity UAV platforms.
· 14S1P LiHV platform with 3.85V nominal cell voltage
· Lithium Cobalt Oxide (LCO) chemistry for high-energy UAV applications
· 28500mAh capacity for logistics, cleaning and agricultural drones
· 10C discharge capability for professional UAV power requirements
· 1C charging, ≥300 cycles and 5480g battery pack design
· 12S1P LiHV technology with 3.85V nominal cell voltage
· Lithium Cobalt Oxide (LCO) chemistry for high-energy UAV applications
· 28500mAh capacity with a 4700g battery pack
· 10C discharge for logistics, cleaning and agricultural UAVs
· 1C charging, ≥300 cycles and compact 115 × 117 × 182mm design
· High-voltage LiHV technology with 3.85V nominal cell voltage
· Lithium cobalt oxide (LCO) chemistry for high-energy UAV applications
· 28500mAh capacity with a lightweight 2410g battery pack
· 10C discharge capability for professional drone operations
· 1C charging, ≥300 cycles and compact 6S1P configuration
· 14S1P LiHV platform with 3.85V nominal cell voltage
· 28500mAh capacity for logistics, cleaning and agricultural UAVs
· 10C discharge capability for professional drone operations
· Semi-solid battery technology with cobalt-based ternary lithium chemistry
· 5290g pack weight, 1C charging and ≥300 cycles
· 12S1P LiHV battery platform with 3.85V nominal cell voltage
· 28500mAh capacity for logistics, cleaning and agricultural drones
· 10C discharge capability for professional UAV power requirements
· Cobalt-based ternary lithium chemistry with semi-solid technology
· 4570g battery pack, 1C charging and ≥300 cycles
· Semi-solid LiHV battery with a 3.85V nominal cell voltage platform
· 28500mAh capacity for cleaning, agricultural and logistics UAVs
· 10C discharge capability for professional drone power requirements
· Cobalt-based and ternary lithium chemistry for UAV energy storage
· ≥300 cycles, 1C charging and a compact 2410g battery pack
· 300Wh/kg semi-solid high energy density
· 18S 71.1V high-voltage platform for stronger UAV system matching
· 67000mAh large-capacity reserve for heavy-duty working cycles
· 1C charging for standard charging workflows
· Recommended connector options: AS150 / QS10 / QS12, final connector can be customized
· 300Wh/kg semi-solid high energy density
· 14S 55.3V high-voltage platform for stronger UAV system matching
· 67000mAh large-capacity reserve for long-duration loaded working cycles
· 1C charging for standard charging workflows
· Recommended connector options: QS8 / QS10 / AS150, final connector can be customized
Applications
Lightweight design increases payload capacity per trip and reduces overall operating costs.
High-safety semi-solid-state batteries eliminate fire and explosion risks during pesticide spraying operations.
Ultra-high energy density supports heavy-load missions exceeding 100kg.
Semi-solid-state batteries provide extended endurance and high payload capacity—ideal for long-range rescue missions and safe personnel transport.
High-energy-density semi-solid-state batteries meet the power requirements of vertical take-off and landing (VTOL) applications.
Wide operating temperature range ensures reliable performance in both extreme cold and heat.
FREE DESIGN
Customized exclusive battery plans! Professional engineers plan battery programs one-on-one.
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Explore Herewin Factory: The Source of Quality
Founded in 2019, Shenzhen Jarwin Time Technology Co., Ltd. is backed by a founding and operational team with over 20 years of extensive experience in the battery industry. It specializes in developing and producing high-performance lithium-ion polymer batteries.
Gain a comprehensive insight into who we are and what we stand for. By exploring the meticulous precision of our
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Production Flow of Drone Battery
Open packaging and sort materials.
Full inspection of grouped cells for defects: leakage, scratches, dents, punctures, swelling, improper foam alignment (exposed tabs or missing bottom foam).
Measure cell voltage and internal resistance; screen and rebalance cells with excessive deviations.
Trim electrode tabs to specification using a tab-cutting machine.
Weld tabs with an ultrasonic welder and trim to ensure flush alignment.
Trim tabs flush with weld points and press flat onto foam padding.
Solder wires using an electric iron.
Place kraft paper for insulation and cover with high-temperature adhesive tape.
Install battery module into casing per assembly specs and connect wiring.
Connect module to charger, switch to standard voltage mode, activate slow charge, and initiate charging.
Apply sealant to screw holes, install groove-down silicone plugs, and reinforce sealing at designated points.
Verify communication, output voltage, temperature sensing, discharge curves, and leakage.
Inspect for scratches, adhesive residue, stripped screws, and ensure labels are legible/undamaged.
Label units, place in foam-lined boxes, seal in PE bags with desiccant, and secure with top foam padding.
Box approved units and dispatch.
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Testing Process
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FAQs
If you notice significantly reduced flight time, power drops, or unexpected shutdowns, or see bulging, damage, or abnormal charging, the battery is likely aged and should be replaced.
It’s not recommended. Voltage levels, discharge curves, and connector designs may differ between brands. Mixing batteries can cause instability or damage. Always use original or certified compatible batteries.
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