Standard High Rate Battery
تغليف مرن، وتصميم خفيف الوزن، ومعدل تفريغ عالٍ (15C-25C)، وفعالية من حيث التكلفة، وسعة وفلطية قابلة للتخصيص.
Applications include:
training drones, agricultural drones, high-altitude cleaning drones, emergency firefighting drones, transport drones, aerial photography drones, surveying drones, and more.
· 53.2V 14S1P configuration with 30000mAh capacity and 1596Wh nominal energy
· Stable 15C discharge supports takeoff, route adjustment and changing UAV loads
· Up to 3C charging supports practical battery rotation for repeated operations
· 7930g soft pack design balances energy capacity with UAV integration requirements
· Cycle life of at least 750 cycles under specified operating conditions
· 22.8V 6S1P configuration with 30000mAh capacity and 684Wh nominal energy
· Stable 15C continuous discharge supports takeoff and changing UAV loads
· Up to 3C charging supports practical battery rotation for repeated operations
· 3430g soft pack design balances capacity with UAV installation requirements
· Cycle life of at least 750 cycles under specified operating conditions
· 68.4V 18S1P configuration with 30000mAh capacity and 2052Wh nominal energy
· 25C continuous discharge supports demanding takeoff and changing UAV loads
· Up to 5C charging enables faster battery rotation for intensive operations
· 10200g soft pack design for high-voltage professional UAV integration
· Cycle life of at least 1000 cycles under specified operating conditions
· 68.4V 18S1P configuration with 30000mAh capacity and 2052Wh nominal energy
· Stable 15C continuous discharge supports takeoff and changing UAV loads
· Up to 3C charging supports practical battery rotation for repeated operations
· 10200g soft pack design balances high-voltage energy with UAV integration
· Cycle life of at least 750 cycles under specified operating conditions
· 68.4V 18S1P configuration with 47000mAh capacity and 3214.8Wh nominal energy
· 20C continuous discharge supports demanding takeoff and changing payload conditions
· Up to 4C charging improves battery rotation for intensive UAV operations
· 16100g high-voltage soft pack design for large heavy-duty UAV integration
· Cycle life of at least 600 cycles under specified operating conditions
· 53.2V 14S1P configuration with 47000mAh capacity and 2500.4Wh nominal energy
· 20C continuous discharge supports demanding takeoff and changing UAV loads
· Up to 4C charging improves battery rotation for intensive field operations
· 12500g high-voltage soft pack design for large industrial UAV integration
· Cycle life of at least 600 cycles under specified operating conditions
· 45.6V 12S1P configuration with 47000mAh capacity and 2143.2Wh nominal energy
· 20C continuous discharge supports high-current takeoff and changing UAV loads
· Up to 4C charging improves battery rotation for repeated industrial operations
· 10650g large-capacity soft pack design for heavy-duty UAV integration
· Cycle life of at least 600 cycles under specified operating conditions
· 15C discharge for stable output in small and medium UAV platforms
· 12S1P 44.4V power system for professional drone integration
· 12000mAh capacity with compact 113 × 77 × 186mm structure
· Supports up to 2C charging for more flexible field operation
· Cycle life ≥600 for training testing and regular UAV use
الطائرات بدون طيار والخدمات اللوجستية
Low-temperature self-heating and fault warning systems ensure stable operations in cold climates.
High-discharge soft packs deliver instant bursts of power for competitive performance.
Custom soft pack batteries support precise installation with specialized equipment.
Cost-effective soft packs strike a balance between performance and affordability.
High-temperature protection mechanism automatically adjusts output power during fire zone missions.
Real-time battery monitoring and route optimization guarantee accurate and efficient deliveries.
FREE DESIGN
Customized exclusive battery plans! Professional engineers plan battery programs one-on-one.
Maximize Drone Effect with Our Tailored Battery Solutions
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
production lines, the efficient management of our factories, and the genuine feedback from our satisfied customers,
you’ll see how we ensure excellence at every step of the process
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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
Drone batteries are designed for high power output, prioritizing burst discharge capability and lightweight structure to meet the demands of quick takeoff, hovering, and agile maneuvers. Regular lithium batteries focus more on energy storage and are not suitable for high-power flight scenarios.
This could be due to loose or faulty connectors, overcurrent protection triggering (from rapid acceleration or heavy payload), or battery degradation. Check for secure connections and assess battery condition for signs of aging.
Reduce the drone’s payload (remove unnecessary accessories), fly in calm weather, avoid rapid acceleration or hovering, and keep the flight altitude low. Ensure the battery is fully charged and at an optimal temperature before takeoff.
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