The GSL ENERGY 400Wh/kg UAV battery cell series includes three 3.7V lithium battery cell options with nominal capacities of 16000mAh, 30000mAh, and 43500mAh. Developed for professional drone battery pack integration, the series offers different energy capacities and physical dimensions for industrial UAV manufacturers, battery assemblers, and equipment developers.
With a specified energy density of 400Wh/kg and a rated 10C instantaneous discharge capability, these cells are intended for battery system designs where energy storage, discharge requirements, and component weight must be evaluated together. The three models provide calculated nominal energy capacities of 59.2Wh, 111 Wh, and 160.95Wh, respectively.
The series can be evaluated for custom drone battery modules used in aerial surveying, industrial inspection, agricultural UAVs, and specialized unmanned aircraft. GSL ENERGY supports OEM/ODM battery pack engineering, including cell selection, voltage configuration, mechanical integration, and project-specific electrical requirements.
GSL ENERGY provides a range of 3.7V lithium battery cells for UAV applications, available in 16000mAh, 30000mAh and 43500mAh capacities. The series is intended for professional drone manufacturers, battery pack assemblers and system integrators developing customized UAV power solutions.
With a specified energy density of 400Wh/kg, the three models offer different energy and dimensional characteristics for engineering evaluation. Each cell has a nominal voltage of 3.7V, with calculated nominal energy ranging from 59.2Wh to 160.95Wh.
The series also features a specified 10C instantaneous discharge rate. UAV battery designers can evaluate these cells for custom pack configurations, subject to continuous-current requirements, electrical protection, thermal management and application-specific validation.
High-energy lithium cells with multiple capacity options for custom industrial drone battery pack development.
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01 / HIGH ENERGY DENSITY
400Wh/kg High Energy Density Lithium CellsEnergy density is an important factor when designing battery systems for unmanned aircraft. With a specified 400Wh/kg energy-density rating, this cell series is intended for UAV applications where stored energy, component mass and available installation space must be considered together. 400Wh/kg Specified energy density
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02 / CAPACITY FLEXIBILITY
Three Cell Capacities for UAV Pack DesignThe 16Ah, 30Ah and 43.5Ah models provide calculated nominal energy capacities of 59.2Wh, 111Wh and 160.95Wh respectively. These options allow battery pack manufacturers to compare cell capacity, physical dimensions and weight before selecting an appropriate pack architecture. 16Ah / 30Ah / 43.5Ah Available capacities
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03 / DISCHARGE PERFORMANCE
10C Instantaneous Discharge CapabilityUAV propulsion systems can experience varying current demands during takeoff, acceleration and changes in operating conditions. The series carries a specified 10C instantaneous discharge rating. Continuous discharge limits, temperature conditions and allowable pulse duration should be verified during pack development. 10C Instantaneous discharge rating
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04 / CUSTOM PACK INTEGRATION
Suitable for Custom UAV Battery DevelopmentThe three cell models provide different size and capacity options for battery pack engineering. GSL ENERGY supports technical discussions involving cell selection, series and parallel configuration, electrical protection, mechanical integration and OEM/ODM project requirements. OEM / ODM Battery pack engineering support
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Compare the electrical and mechanical specifications of the 16Ah, 30Ah and 43.5Ah lithium cells.
| Specification | 16Ah | 30Ah | 43.5Ah |
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| Capacity | 16000mAh | 30000mAh | 43500mAh |
| Nominal Voltage | 3.7V | 3.7V | 3.7V |
| Nominal Energy (Calculated) | 59.2Wh | 111Wh | 160.95Wh |
| Approximate Weight | 150g | 287g | 414g |
| Dimensions (L × W × T) | 158 × 60 × 8mm | 177 × 76 × 10.2mm | 177 × 88 × 11.8mm |
| Specified Energy Density | 400Wh/kg* | 400Wh/kg* | 400Wh/kg* |
| Instant Discharge Rate | 10C | 10C | 10C |
| Charging Voltage | 4.25V | 4.25V | 4.25V |
| Discharge Cut-off Voltage | 2.5V | 2.5V | 2.5V |
*400Wh/kg is the supplied energy-density specification. Values calculated from nominal energy and approximate cell weight may differ. Confirm final specifications and test conditions before procurement or integration. The 10C rating refers to instantaneous discharge, not necessarily continuous operation.
Compare cell capacity, nominal energy, dimensions and weight before selecting a battery for your UAV power system.
The 16Ah cell provides 59.2Wh of calculated nominal energy in a 158 × 60 × 8mm format, with an approximate weight of 150g. It can be evaluated for custom UAV battery modules where available space and component weight are important constraints.
The 30Ah cell provides 111Wh of calculated nominal energy and weighs approximately 287g. Its 177 × 76 × 10.2mm dimensions make it relevant to battery pack developers evaluating larger cell capacities for industrial drone power systems.
The 43.5Ah model offers the highest capacity in this series, with 160.95Wh of calculated nominal energy. Measuring 177 × 88 × 11.8mm and weighing approximately 414g, it provides an option for larger custom battery modules where higher cell-level energy capacity is required.
Battery pack manufacturers can evaluate these 3.7V lithium cells for custom drone battery configurations. Engineering work must address cell matching, electrical protection, thermal management and the required discharge profile.
UAVs used for infrastructure inspection, surveying and aerial mapping require battery systems matched to aircraft weight, mission energy demand and electrical requirements. The three cell capacities provide different options for UAV battery system development.
Agricultural and specialized industrial drones may experience variable power demands during flight. Cell selection should account for peak and continuous current, battery mass and thermal behavior. The 400Wh/kg series can be assessed for custom UAV battery pack development.
GSL ENERGY supports professional customers evaluating lithium battery cells and customized battery pack solutions for UAV applications. Selecting the correct cell is only one part of battery system development; electrical compatibility, mechanical layout, charging requirements and protection design must also be reviewed.
Depending on engineering feasibility, OEM/ODM discussions may include capacity selection, series and parallel configuration, connector arrangements, monitoring interfaces, pack enclosure requirements and customer branding.
| Cell Selection
16Ah, 30Ah and 43.5Ah options
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Battery Pack Engineering
Voltage and capacity planning
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| Mechanical Integration
Cell dimensions and pack layout
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OEM/ODM Support
Project specifications and branding
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Founded in 2011, GSL ENERGY specializes in lithium battery manufacturing, battery pack engineering and customized energy solutions. The company supports professional customers with battery integration and application-specific technical requirements.
For UAV projects, GSL ENERGY welcomes inquiries from drone manufacturers, battery pack assemblers, equipment developers and distributors seeking lithium battery cells and customized battery solutions.
Contact GSL ENERGY to discuss 16000mAh, 30000mAh and 43500mAh lithium battery cells, technical documentation, sample evaluation, OEM/ODM pack requirements and bulk purchasing. Share your target application, electrical requirements and expected order quantity for a technical assessment.