22000mAh 6S 22.2V 25C LiPo Battery - Industrial Agriculture Drone Power Pack
₹21,240.00
Out of stock
25C high discharge 6S1P 22.2V 22000mAh agricultural drone battery for 10L–20L dual-battery spraying UAVs, training drones, and lightweight survey platforms.
- 25C High Discharge Agricultural Drone Battery
- 2C Charging for Repeated Field Operations
- 6S1P 22.2V 22000mAh High-Capacity LiPo UAV Power
- Suitable for 10L–20L Dual-Battery Spraying Drones
- Practical for Training, Flight Testing, and Lightweight Survey Platforms
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Product Details
Designed for the "Million-Acre" drone pilot, the Herewin 22000mAh battery focuses on thermal stability and cycle longevity. In a market where battery failure equals downtime, Herewin utilizes high-purity lithium compounds that resist internal resistance buildup, even when subjected to back-to-back charging cycles in 40°C+ ambient heat.
Technical Specification
- Model - P1190190S4
- Configuration - 6S1P
- Nominal Voltage - 22.2V
- Capacity - 22000mAh
- Max. Charging Current - 2C
- Max. Continuous Discharge - 25C
- Life Cycle - ≥500 cycles
- Net Weight - 2770g
- Dimensions - 71(T) × 96(W) × 205(H) mm
- Battery Type - High Discharge Rate Lithium Polymer UAV Battery
- Structure - Compact High Capacity Soft Pack LiPo Battery
- Features - 25C High Discharge / 2C Charging / 22000mAh Large Capacity / Agricultural UAV Power Solution
- Application - Agricultural Drone / Crop Spraying Drone / Training Drone / Mapping Drone / Lightweight Industrial Drone
FAQ:
Q1: What is the ideal storage voltage for the Herewin 22000mAh battery?
A: If not in use for more than 48 hours, you must discharge or charge the battery to 3.80V–3.85V per cell (approx. 22.8V–23.1V total). Storing it at full charge (25.2V) or below 3.3V per cell will cause irreversible chemical damage and swelling.
A: If not in use for more than 48 hours, you must discharge or charge the battery to 3.80V–3.85V per cell (approx. 22.8V–23.1V total). Storing it at full charge (25.2V) or below 3.3V per cell will cause irreversible chemical damage and swelling.
Q2: Can I use this battery for 12S drone systems (like the Hobbywing X8/X9)?
A: Yes. Most large 12S drones use two 6S 22000mAh batteries connected in series. This is a standard configuration for 16L and 30L drones. Ensure both batteries have similar cycle counts and internal resistance for a balanced load.
A: Yes. Most large 12S drones use two 6S 22000mAh batteries connected in series. This is a standard configuration for 16L and 30L drones. Ensure both batteries have similar cycle counts and internal resistance for a balanced load.
Q3: How many flight cycles can I expect from this battery?
A: With proper maintenance (not discharging below 15-20% and avoiding high-heat storage), you can expect 150 to 300 cycles. Factors like fast-charging at 2C and operating in extreme heat will reduce this lifespan.
A: With proper maintenance (not discharging below 15-20% and avoiding high-heat storage), you can expect 150 to 300 cycles. Factors like fast-charging at 2C and operating in extreme heat will reduce this lifespan.
Q4: Is the XT90 connector sufficient for a 22000mAh battery?
A: While XT90 is common, for heavy-lift industrial applications, we recommend the XT90-S (Anti-Spark) version or AS150 connectors. These handle the high-surge current during plug-in and prevent connector pitting, ensuring a more reliable electrical contact over time.
Q5: Why is my battery getting warm during charging?
A: It is normal for LiPos to become slightly warm during a 1C-2C charge. However, if it feels hot to the touch or starts to swell during charging, stop immediately. This indicates a high internal resistance or a failing cell. Always charge in a fire-retardant bag or a safe zone.
