Herewin 10C 6S1P 23.1V 28500mAh High Voltage LiPo UAV Battery

23.1V 28.5Ah LiHV LiPo UAV Battery is a high-voltage 6S1P drone battery developed for logistics drones, cleaning UAVs, and agricultural platforms. Featuring lithium cobalt oxide (LCO) chemistry, 28500mAh capacity, 10C discharge capability, and a lightweight 2410g battery pack, this model is designed for professional UAV applications requiring high energy capacity, efficient weight management, and extended mission endurance.

23.1V 28.5Ah LiHV LiPo UAV Battery Overview

The Herewin P90110165EV uses a 6S1P configuration with a nominal voltage of 23.1V, equivalent to 3.85V per cell. It belongs to Herewin’s high-voltage lithium battery series, featuring cell voltage platforms in the 3.85V to 3.95V range.

Unlike the semi-solid cobalt-based ternary lithium battery series, this model is based on a lithium cobalt oxide (LCO) chemistry platform. Its high-voltage cell design is intended for UAV manufacturers evaluating high-energy battery solutions with practical discharge performance.

With a net weight of approximately 2410g and dimensions of 59 × 117 × 182mm, the battery provides 28.5Ah capacity in a compact configuration for compatible 6S drone platforms.

High-Voltage LCO Battery Technology for UAV Applications

The 23.1V 28.5Ah LiHV LiPo UAV Battery uses lithium cobalt oxide chemistry, commonly referred to as LCO or LiCoO2. This cathode material is widely recognized for its high specific energy potential, making it relevant to applications where energy storage and battery weight are important considerations.

Compared with a conventional 6S LiPo battery rated at 22.2V nominal, this LiHV battery operates at 23.1V nominal. The higher nominal cell voltage provides an additional voltage option for UAV power systems designed to support high-voltage lithium batteries.

The combination of LCO chemistry, high-voltage technology, and a 28.5Ah capacity makes this battery suitable for evaluation in endurance-oriented drone applications.

Final compatibility with the aircraft’s motors, electronic speed controllers, power distribution components, and charging equipment must be verified before integration.

Lightweight High-Capacity Battery for Logistics Drones

Logistics drones require a balance between energy storage capacity, available payload weight, and flight distance. A heavier battery may reduce useful payload capacity, while insufficient energy reserves can limit delivery routes.

The 23.1V 28.5Ah LiHV LiPo UAV Battery combines 28500mAh capacity with a 2410g pack design, making it a battery option for lightweight delivery drones and route-based logistics UAVs.

Its 10C discharge rating provides output capability for compatible UAV platforms with varying propulsion demands. For logistics operations, the battery can be evaluated against takeoff requirements, route distance, hovering time, and return-to-base energy reserves.

Actual flight endurance depends on payload weight, propulsion efficiency, flight speed, and the aircraft’s overall electrical requirements.

Stable Power for Cleaning Drone Applications

Cleaning UAVs are increasingly used for facade cleaning, rooftop maintenance, solar panel cleaning, and other elevated cleaning tasks. These operations often require controlled hovering, precise movement, and stable power delivery.

The 23.1V 28.5Ah LiHV LiPo UAV Battery provides 28.5Ah capacity and a 10C discharge rating for cleaning drone platforms operating with a compatible 6S high-voltage system.

Its compact dimensions support battery compartment planning in UAVs equipped with cleaning equipment, hoses, or auxiliary electrical components.

For cleaning drone manufacturers, battery matching should consider propulsion current, pump power, cleaning equipment weight, flight stability, and required operation time.

High-Voltage Battery for Agricultural Drone Platforms

Agricultural drones require suitable energy reserves and discharge performance during field operations. Applications may include crop monitoring, precision agriculture, orchard operations, and compatible lightweight spraying systems.

The 23.1V 28.5Ah LiHV LiPo UAV Battery offers a high-voltage LCO battery solution for agricultural platforms designed around a 6S electrical architecture.

With a 28500mAh capacity and 10C discharge rating, this model can be evaluated for agricultural UAV applications where battery weight, energy reserve, and operating current need to be balanced.

For spraying drones, final suitability depends on tank capacity, total takeoff weight, propulsion power, and flight conditions. The battery is not positioned for large heavy-lift agricultural platforms requiring substantially higher-voltage battery systems.

Lightweight Battery Design for Long-Endurance UAVs

Long-endurance UAV design requires careful optimization of energy capacity, aircraft weight, and propulsion efficiency. High-energy battery chemistry can help manufacturers evaluate improved energy-to-weight configurations for extended aerial missions.

The Herewin P90110165EV features a 28.5Ah capacity with a 2410g battery pack. Its high-voltage lithium cobalt oxide platform is intended for UAV projects where energy reserve and weight-conscious integration are important.

With dimensions of 59(T) × 117(W) × 182(H) mm, the battery can be evaluated for installation in compact drone battery compartments.

The 23.1V 28.5Ah LiHV LiPo UAV Battery is particularly relevant for logistics, cleaning, and agricultural drones requiring extended mission endurance within a compatible 6S power architecture.

Actual flight time should be confirmed through aircraft-level testing under representative mission and payload conditions.

10C Discharge and 1C Charging Capability

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

These specifications provide a basis for evaluating battery discharge capability, charging arrangements, and expected operating requirements in professional UAV projects.

Charging equipment must support the correct LiHV battery voltage profile and the maximum permitted charging current. Charging parameters and battery protection requirements should be verified before operation.

Compact Structure and UAV Battery Customization

The battery measures 59(T) × 117(W) × 182(H) mm and weighs approximately 2410g (±100g).

For UAV manufacturers and system integrators, battery installation should consider mounting structure, battery compartment dimensions, cable routing, connector current rating, and aircraft center of gravity.

Connector selection and wiring configurations can be evaluated according to the customer’s aircraft requirements and actual operating current.

Explore More Herewin UAV Battery Solutions

Explore our high energy density UAV batteries for additional lightweight drone power solutions, or browse our drone battery chargers for suitable charging equipment.

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