The GSL ENERGY 30Ah drone battery is developed for professional unmanned aerial vehicles that require substantial onboard energy within a carefully controlled battery footprint. With a nominal capacity of 30000mAh, this series is intended for UAV manufacturers and system integrators working on aerial surveying, industrial inspection, and other energy-intensive flight applications.
Available in 6S 22.2V and 8S 29.6V configurations, the series provides 666Wh and 888Wh of nominal energy, respectively. The specified 450Wh/kg energy density supports projects where battery mass and available energy must be considered together. GSL ENERGY also offers OEM/ODM support for battery pack integration and application-specific electrical requirements.
Built around the requirements of professional drone platforms, the 30Ah battery series offers substantial stored energy, flexible voltage options and compact dimensions for aircraft integration.
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01 / HIGH CAPACITY
30000mAh Energy Capacity for Professional DronesWith 30Ah of nominal capacity, this battery series provides a substantial energy reserve for UAVs carrying cameras, sensors and other mission equipment. The available capacity makes it relevant to aircraft developers evaluating longer operating periods and more demanding aerial workflows. 30Ah / 30000mAh Nominal battery capacity
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02 / ENERGY-TO-WEIGHT DESIGN
High Energy Density for Weight-Sensitive AircraftAircraft battery selection involves a trade-off between stored energy and total takeoff weight. Featuring a specified 450Wh/kg energy density, this battery series is positioned for UAV applications where efficient energy storage and careful weight management are important engineering priorities. 450Wh/kg Specified energy density
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03 / ELECTRICAL CONFIGURATION
6S and 8S Options for UAV Power SystemsThe 6S version delivers 666Wh at a nominal voltage of 22.2V, while the 8S version delivers 888Wh at 29.6V. These alternatives allow UAV manufacturers to evaluate different propulsion and electrical architectures while maintaining the same nominal 30Ah battery capacity. 22.2V / 29.6V 6S and 8S voltage options
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04 / AIRCRAFT INTEGRATION
Compact Battery Dimensions for UAV IntegrationBoth configurations share a 193 × 76 mm footprint, with heights of 68 mm for 6S and 89 mm for 8S. These defined dimensions help engineering teams assess battery compartment space, mounting requirements, cable clearance and integration with other onboard equipment. 193 × 76 mm Common battery footprint
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Electrical and mechanical specifications for the 6S and 8S battery configurations.
| Specification | 6S-30Ah | 8S-30Ah |
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| Battery Capacity | 30Ah / 30000mAh | 30Ah / 30000mAh |
| Nominal Voltage | 22.2V | 29.6V |
| Nominal Energy | 666Wh | 888Wh |
| Configuration | 6S | 8S |
| Dimensions | 193 × 76 × 68 mm | 193 × 76 × 89 mm |
| Approximate Weight | 1.8 kg | 2.3 kg |
| Discharge Rating | 5C | 5C |
| Specified Energy Density | 450Wh/kg* | 450Wh/kg* |
*450Wh/kg is the specified energy density. Based on nominal energy and supplied pack weights, calculated pack-level energy density is approximately 370Wh/kg for 6S and 386Wh/kg for 8S. Final values should be confirmed against the applicable technical datasheet.
Developed for aircraft where onboard energy, electrical architecture and battery dimensions are important factors in mission planning.
Aerial surveying platforms may carry imaging, positioning and data collection equipment throughout a planned flight. The 30Ah battery series provides 666Wh or 888Wh of nominal energy for UAV developers evaluating battery capacity against aircraft weight and operating requirements.
Inspection drones are used around industrial facilities, power infrastructure and construction projects where access may be difficult or time consuming. Selecting an appropriate battery helps operators plan flight duration, battery exchanges and power availability for onboard inspection equipment.
For fixed-wing and multirotor UAV manufacturers, battery selection requires an assessment of propulsion efficiency, maximum current, payload requirements and available installation space. The 6S and 8S versions offer alternative voltage and energy configurations for engineering evaluation and prototype development.
GSL ENERGY supports customers evaluating customized lithium battery packs for professional UAV applications. Battery integration requires consideration of electrical compatibility, mechanical constraints, charging requirements and expected operating conditions.
Depending on project feasibility, customization discussions may cover battery configuration, pack dimensions, connector types, cable arrangements, monitoring interfaces and OEM/ODM branding. Customers can provide their aircraft specifications and expected order volume for technical evaluation.
| Battery Configuration
Voltage and capacity evaluation
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Connectors and Cables
Electrical connection requirements
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| Mechanical Integration
Battery dimensions and mounting
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OEM/ODM Project Support
Product requirements and branding
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GSL ENERGY has experience in lithium battery manufacturing, battery pack engineering and customized energy solutions. For professional UAV projects, the company works with customers to evaluate electrical specifications, integration requirements and application suitability.
We welcome inquiries from drone manufacturers, UAV system integrators, industrial equipment developers, distributors and other professional buyers seeking high-capacity lithium battery solutions.
Contact GSL ENERGY to discuss technical specifications, sample evaluation, OEM/ODM requirements and bulk purchasing. Share your UAV operating voltage, power demand, installation dimensions and expected project quantity for a more accurate technical assessment.