Herewin 10C 12S1P 46.2V 28500mAh High Voltage LiPo UAV Battery

46.2V 28.5Ah LiHV LiPo UAV Battery is a high-voltage 12S1P lithium polymer battery developed for logistics drones, cleaning UAVs, and agricultural applications. Featuring lithium cobalt oxide (LCO) chemistry, 28500mAh capacity, 10C discharge capability, and a 4700g battery pack, this model offers a high-capacity power solution for professional UAV platforms requiring efficient energy storage and extended mission endurance.

46.2V 28.5Ah LiHV LiPo UAV Battery Overview

The Herewin P90110165EV features a 12S1P configuration with a nominal voltage of 46.2V, equivalent to 3.85V per cell. It belongs to Herewin’s high-voltage LiPo battery series, developed for drone platforms that require higher nominal voltage and practical energy-to-weight performance.

Built on a lithium cobalt oxide (LCO) chemistry platform, this battery combines high-voltage cell technology with a 28.5Ah energy reserve. Its dimensions of 115 × 117 × 182mm and net weight of approximately 4700g make it suitable for evaluation in professional 12S UAV systems where battery integration, capacity, and aircraft weight must be carefully balanced.

High-Voltage LCO Technology with 3.85V Nominal Cells

The 46.2V 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, making it relevant for drone applications where available energy and battery weight are important design considerations.

Compared with a conventional 12S LiPo battery rated at 44.4V nominal, this model provides a higher nominal voltage of 46.2V through its 3.85V cell platform.

The high-voltage design provides another option for UAV manufacturers seeking to optimize battery voltage and energy capacity within their aircraft power architecture. Battery voltage compatibility, charging settings, and electrical integration must be confirmed before use.

High-Capacity Power for Logistics and Delivery Drones

Logistics drones require sufficient battery energy for payload transportation, route flight, hovering, and return-to-base operations. Battery weight also affects usable payload capacity and the aircraft’s total takeoff weight.

Il 46.2V 28.5Ah LiHV LiPo UAV Battery offers 28500mAh capacity and 10C discharge capability for compatible 12S delivery drone platforms.

Its lithium cobalt oxide chemistry and high-voltage design provide a battery option for UAV manufacturers developing route-based delivery systems and lightweight cargo drones.

For logistics applications, battery matching should consider payload weight, propulsion current, flight distance, aircraft efficiency, and the required return-flight energy reserve. Actual mission endurance depends on these operating conditions.

Reliable Power for Cleaning Drone Applications

Cleaning drones perform tasks such as facade cleaning, rooftop maintenance, and solar panel cleaning. These operations often involve prolonged hovering, controlled positioning, and additional power requirements from onboard cleaning equipment.

Il 46.2V 28.5Ah LiHV LiPo UAV Battery provides a 28.5Ah energy reserve with a 10C discharge rating, making it suitable for evaluation in cleaning UAVs using a compatible 12S high-voltage system.

Its compact structure supports battery compartment planning for professional cleaning drones, while the high-voltage LCO platform offers an alternative power solution for specialized cleaning applications.

When selecting a battery for cleaning UAVs, manufacturers should evaluate the combined current requirements of the propulsion system, pumps, auxiliary equipment, and onboard electronics.

Suitable for Agricultural Drone Applications

Agricultural UAVs are used for crop monitoring, precision farming, field observation, and spraying operations. These platforms require a suitable balance between battery capacity, discharge performance, charging requirements, and aircraft weight.

Il 46.2V 28.5Ah LiHV LiPo UAV Battery provides a high-voltage LCO battery option for agricultural drone platforms designed around a 12S electrical architecture.

With 28500mAh capacity and 10C discharge capability, the battery can be evaluated for agricultural flight operations where sufficient energy reserves and appropriate power output are important.

For spraying UAVs, battery compatibility should be assessed against tank capacity, total takeoff weight, propulsion demand, and flight duration. This model is not specifically positioned for extreme heavy-lift agricultural applications.

High-Energy Battery Design for Long-Endurance UAVs

Long-endurance UAV platforms require careful optimization of battery energy capacity, aircraft weight, and propulsion efficiency. A high-energy battery design can help manufacturers evaluate improved endurance potential without unnecessarily increasing battery weight.

The Herewin P90110165EV combines lithium cobalt oxide chemistry, a 46.2V nominal voltage, and 28.5Ah capacity in a 4700g pack.

For UAV manufacturers developing longer delivery routes, extended cleaning missions, or agricultural operations, this battery provides a high-capacity option within a 12S LiHV architecture.

Actual flight endurance must be validated through aircraft-level testing under representative payload, current, and environmental conditions.

10C Discharge and 1C Charging Capability

The 46.2V 28.5Ah LiHV 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 discharge requirements, battery rotation arrangements, and charging compatibility in professional drone operations.

Charging equipment must support the appropriate 12S LiHV charging profile, permitted charging current, and battery protection requirements. Final charging settings should follow the approved product specifications.

Compact 12S Structure and UAV Battery Integration

With dimensions of 115(T) × 117(W) × 182(H) mm and a net weight of 4700g (±100g), the battery can be evaluated for integration into compatible 12S UAV platforms.

Battery installation should consider compartment dimensions, mounting structure, cable routing, connector current ratings, and aircraft center of gravity.

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

Explore More Herewin UAV Battery Solutions

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

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