Herewin 10C 14S1P 53.9V 28500mAh LiHV LiPo UAV Battery

53.9V 28.5Ah LiHV LiPo UAV Battery is a high-voltage 14S1P lithium polymer battery designed for logistics drones, cleaning UAVs, and agricultural applications. Featuring lithium cobalt oxide (LCO) chemistry, 28500mAh capacity, 10C discharge capability, and a 5480g battery pack, this model provides a high-energy power solution for professional UAV platforms requiring extended mission endurance and efficient battery integration.

53.9V 28.5Ah LiHV LiPo UAV Battery Overview

The Herewin P90110165EV features a 14S1P configuration with a nominal voltage of 53.9V, equivalent to 3.85V per cell. It belongs to Herewin’s high-voltage LiPo battery series, developed for UAV manufacturers seeking higher nominal voltage and practical energy storage capacity.

Built with lithium cobalt oxide (LCO) chemistry, the battery combines high-voltage cell technology with a 28.5Ah capacity. Its dimensions of 136 × 115 × 182mm and net weight of approximately 5480g make it suitable for evaluation in professional 14S UAV systems where energy reserve, installation space, and aircraft weight must be carefully balanced.

14S LiHV Technology with Lithium Cobalt Oxide Chemistry

The 53.9V 28.5Ah LiHV LiPo UAV Battery uses lithium cobalt oxide chemistry, also known as LCO or LiCoO2. This cathode chemistry is associated with high specific energy potential, making it relevant for drone applications where energy storage and battery weight are important considerations.

Compared with a conventional 14S LiPo battery rated at 51.8V nominal, this LiHV battery operates at 53.9V nominal through its 3.85V cell platform.

The high-voltage architecture provides an additional option for UAV manufacturers developing propulsion systems designed for higher operating voltages. Compatibility with electronic speed controllers, motors, power distribution systems, and charging equipment must be verified before installation.

High-Capacity Power for Logistics and Delivery Drones

Logistics drones require sufficient energy to support takeoff, payload transportation, route flight, and return-to-base operations. Battery capacity, operating voltage, and total aircraft weight must be balanced to achieve suitable payload and flight performance.

The 53.9V 28.5Ah LiHV LiPo UAV Battery offers 28500mAh capacity and 10C discharge capability for compatible delivery drones and route-based logistics platforms.

For UAV systems designed around a higher-voltage architecture, the 14S configuration can help reduce the electrical current required to deliver a given power level compared with lower-voltage configurations.

Its LCO chemistry and high-voltage platform provide a battery option for logistics UAV manufacturers developing aircraft where energy reserve and weight-conscious integration are important design priorities.

Actual delivery range and payload capability depend on the aircraft’s propulsion efficiency, total takeoff weight, operating current, and mission conditions.

Stable Power for Cleaning Drone Applications

Cleaning UAVs are used for facade cleaning, rooftop maintenance, solar panel cleaning, and other elevated cleaning operations. These aircraft often require controlled hovering, precise positioning, and additional power for onboard cleaning equipment.

The 53.9V 28.5Ah LiHV LiPo UAV Battery provides a 28.5Ah energy reserve and 10C discharge capability for cleaning drones operating with a compatible 14S high-voltage electrical system.

Its compact structural design can be evaluated for cleaning UAVs where battery compartment dimensions, weight distribution, and cable routing are important considerations.

When selecting a battery for cleaning drone projects, manufacturers should evaluate the combined power requirements of propulsion motors, pumps, auxiliary systems, and onboard electronic equipment.

High-Voltage Battery for Agricultural Drone Platforms

Agricultural UAVs operate in a variety of applications, including crop monitoring, precision agriculture, orchard operations, and selected spraying missions. Battery capacity and discharge capability influence the aircraft’s ability to support field operations under changing flight conditions.

The 53.9V 28.5Ah LiHV LiPo UAV Battery offers a high-voltage lithium cobalt oxide battery solution for agricultural drone platforms designed around a 14S power system.

With 28500mAh capacity and 10C discharge capability, this model can be evaluated for agricultural UAV applications requiring suitable energy reserves and discharge performance.

For crop spraying drones, battery compatibility should be assessed according to tank capacity, takeoff weight, propulsion power, working current, and target flight duration.

High-Energy Battery Design for Long-Endurance UAVs

Long-endurance UAV applications require careful optimization of onboard energy capacity, battery weight, and aircraft efficiency. High-energy battery chemistry can provide useful design options when developing drones intended for extended aerial missions.

The Herewin P90110165EV combines 28.5Ah capacity, lithium cobalt oxide chemistry, and a 53.9V nominal voltage in a 5480g battery pack.

For UAV manufacturers evaluating extended delivery routes, cleaning operations, or agricultural missions, this battery provides a high-capacity 14S LiHV power option.

The 53.9V 28.5Ah LiHV LiPo UAV Battery is suitable for projects where operating voltage, energy reserve, and aircraft integration need to be considered together. Actual flight endurance should be verified through aircraft-level testing under representative working conditions.

10C Discharge and 1C Charging Capability

This LiHV LiPo UAV battery features a 10C discharge rating and supports a maximum charging rate of 1C. It also offers a specified cycle life of at least 300 cycles.

These specifications provide a basis for evaluating discharge requirements, charging arrangements, and battery selection for professional UAV applications.

Charging equipment must support the appropriate 14S LiHV voltage profile and the maximum permitted charging current. Charging settings should follow the approved battery specifications.

Compact 14S Structure and Custom Battery Integration

With dimensions of 136(T) × 115(W) × 182(H) mm and a net weight of 5480g (±100g), this battery provides a high-capacity power configuration for compatible 14S UAV platforms.

Battery integration should consider mounting structure, available installation space, cable routing, connector current ratings, and aircraft center of gravity.

Connector selection and wiring configurations can be evaluated according to customer requirements and actual aircraft operating conditions.

Explore More Herewin UAV Battery Solutions

Discover our high energy density UAV battery solutions for additional drone power options. You can also explore our drone battery chargers for suitable charging equipment.

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