Herewin 400Wh/kg 8C 14S1P 51.1V 41000mAh Semi-Solid UAV Battery

51.1V 41Ah Semi-Solid UAV Battery is a high energy density drone battery developed for professional industrial UAV applications. Featuring 400Wh/kg cell energy density, advanced semi-solid battery technology, a 14S1P configuration, and 41000mAh capacity, it provides a high-capacity energy solution for fixed-wing UAVs, agricultural drones, cleaning drones, and cargo delivery platforms. Its weight-conscious design supports aircraft development focused on extended flight time and efficient cruise performance.

51.1V 41Ah Semi-Solid UAV Battery Overview

The Herewin T1290190EF is a 14S1P semi-solid UAV battery designed for professional drone platforms that require high energy storage and optimized battery integration. With a nominal voltage of 51.1V and a capacity of 41000mAh, it provides substantial onboard energy for compatible industrial UAV power systems.

The battery has a net weight of 6000g (±100g) and dimensions of 176(T) × 94(W) × 216(H)mm. This defined pack structure allows UAV manufacturers to evaluate battery installation space, aircraft weight distribution, and energy requirements during system development.

Combining 400Wh/kg cell-level energy density with an 8C discharge rating, the T1290190EF is designed for endurance-oriented UAV applications where battery energy, weight, and operating efficiency are important considerations.

400Wh/kg High Energy Density Semi-Solid Battery Technology

High energy density is an important consideration in modern drone battery development. For professional UAV platforms, battery weight directly affects takeoff weight, payload capacity, and available flight energy.

The Herewin 51.1V 41Ah Semi-Solid UAV Battery uses advanced semi-solid cell technology with a specified energy density of 400Wh/kg. This high-specific-energy approach provides UAV manufacturers with greater flexibility when balancing onboard energy storage and aircraft weight.

The semi-solid battery platform is particularly relevant to aircraft designs where energy capacity and lightweight integration must be considered together. It offers an alternative battery technology for next-generation industrial drones requiring high energy storage within defined installation constraints.

The specified 400Wh/kg refers to cell-level energy density, not the complete battery pack. Actual pack-level energy density depends on the housing, protection components, electrical connections, and other structural materials.

Long-Endurance Fixed-Wing UAV Battery

Fixed-wing UAVs are widely used for aerial surveying, mapping, inspection, and long-distance operations. These aircraft often operate under sustained cruise conditions, making battery energy capacity and overall aircraft weight important design factors.

The 51.1V 41Ah Semi-Solid UAV Battery provides a high-capacity energy option for compatible fixed-wing UAV platforms. Its 400Wh/kg cell-level energy density supports endurance-focused aircraft development, while the 14S1P configuration provides a defined voltage platform for compatible propulsion systems.

For fixed-wing manufacturers, battery selection should consider cruise power consumption, aircraft mass, aerodynamic efficiency, payload, and mission distance. The T1290190EF can be evaluated for platforms designed around a compatible 51.1V battery system.

High Energy Density Battery for Agricultural Drones

Agricultural drones perform demanding field operations such as crop spraying, fertilization, and large-area farmland coverage. Battery energy capacity and weight are important factors when planning repeated flight missions.

The Herewin semi-solid drone battery provides 41000mAh capacity and an 8C discharge rating for compatible agricultural UAV power systems. Its high cell-level energy density offers an additional option for manufacturers seeking to balance battery weight and onboard energy.

For agricultural drone applications, battery compatibility should be evaluated according to motor power, operating current, liquid payload, takeoff weight, and mission requirements. Actual flight duration depends on the aircraft configuration and working conditions.

Drone Battery Solution for Cleaning Applications

Cleaning drones are used for specialized aerial cleaning operations involving building exteriors, industrial facilities, and other elevated structures. These applications require careful consideration of battery energy, operating power, and aircraft weight.

The 51.1V 41Ah Semi-Solid UAV Battery can be evaluated for compatible cleaning drone platforms requiring a high-capacity 14S battery system.

For cleaning UAV manufacturers, battery selection should account for propulsion requirements, cleaning equipment power consumption, operating duration, cable or hose arrangements, and aircraft payload. The battery’s 41Ah capacity provides a substantial onboard energy reserve for suitable system designs.

41Ah High-Capacity Battery for Cargo and Delivery Drones

Cargo and delivery drones require an appropriate balance between battery weight, payload capacity, propulsion power, and flight distance. A high-capacity drone battery can provide more stored energy for compatible logistics UAV platforms.

The Herewin T1290190EF combines 41000mAh capacity with 400Wh/kg cell-level energy density. This configuration offers an energy storage option for cargo UAV manufacturers developing delivery systems and industrial aerial transportation platforms.

When selecting a cargo drone battery, manufacturers should evaluate the aircraft’s payload, takeoff weight, route distance, operating current, and return-flight energy reserves. Battery configuration should always match the actual propulsion and electrical system requirements.

8C Discharge Performance and 14S1P Configuration

The T1290190EF features an 8C discharge rating and a 14S1P configuration with 51.1V nominal voltage. These specifications provide a defined electrical platform for professional UAV manufacturers.

For industrial drone applications, discharge capability must be considered alongside energy capacity. Takeoff, climbing, hovering, cruise, and payload operations can create different power demands throughout a flight mission.

The 8C rating provides a reference for evaluating the battery against compatible propulsion requirements. Actual continuous and peak current limits should be confirmed against the approved battery specifications.

Battery Weight, Dimensions, and Aircraft Integration

The T1290190EF has a net weight of 6000g (±100g) and dimensions of 176(T) × 94(W) × 216(H)mm.

For professional UAV manufacturers, battery integration involves more than nominal voltage and capacity. Installation space, mounting structure, vibration resistance, cable routing, connector specifications, and aircraft center of gravity must also be considered.

The 51.1V 41Ah Semi-Solid UAV Battery provides a defined pack configuration for manufacturers evaluating high-energy battery solutions for compatible fixed-wing, agricultural, cleaning, and cargo UAV platforms.

Charging Performance and Cycle Life

The Herewin T1290190EF supports a maximum charging rate of 0.5C and has a specified cycle life of at least 300 cycles.

These specifications provide a reference for charging system selection and fleet battery management. Professional operators should consider charging time, daily flight frequency, battery rotation, and maintenance schedules when planning UAV operations.

Charging equipment must support the correct 14S battery voltage profile and the manufacturer’s specified charging limits. Appropriate charging protection and operating procedures should always be followed.

Custom Semi-Solid UAV Battery Solutions by Herewin

Different UAV platforms have different battery requirements. Fixed-wing aircraft, agricultural drones, cleaning drones, and cargo delivery UAVs may require different voltage platforms, capacities, discharge characteristics, and installation structures.

Herewin provides professional UAV battery development and manufacturing capabilities, supporting battery configuration evaluation and customized pack integration according to project requirements.

For a suitable drone battery solution, manufacturers can provide their aircraft voltage, operating current, payload, required flight duration, installation dimensions, connector type, and estimated order quantity for technical evaluation.

Explore More Herewin High Energy Density UAV Batteries

Explore our High Energy Density UAV Battery collection to discover more battery solutions for industrial drone platforms.

For compatible charging equipment, visit our Drone Battery Chargers collection.

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