XAG B141050 Smart Super Charge Battery (09-017-00083)

XAG B141050 Smart Super Charge Battery (09-017-00083)

It is positioned as part of XAG’s “SuperCharge” ecosystem—an integrated power system that pairs a smart battery, high-output chargers, and (in some configurations) parallel charging accessories to shorten turnaround times between flights and support extended daily operations.

In practice, the B141050 is widely associated with the XAG P150 Max platform and appears as a standard component inside multi-battery kits used by commercial spraying crews (e.g., “6B2C” and “8B8C” bundles that specify multiple B141050 batteries plus CM13600S chargers and cooling equipment).

Design and Features

Smart battery architecture for field operations

XAG markets the B141050 as a “smart” battery, meaning it is intended to work as part of a managed power system rather than as a generic battery pack. In XAG spec tables, it is presented alongside the matching CM13600S charger, underscoring that charge performance and safety limits are defined at the ecosystem level (battery + charger + operating conditions).

High-output electrical design

Published specifications for the B141050 emphasize high current delivery and fast charging:

• Rated output: 52.5 V / 140 A

• Maximum charging current: 120 A

These figures place the B141050 in the “high-C” battery category appropriate for heavy-payload agricultural UAVs, where stable power delivery is critical during takeoff, low-altitude spraying, and rapid maneuvering.

SuperCharge ecosystem compatibility

The B141050 is commonly paired with the XAG CM13600S charger series. XAG’s documentation describes charge performance under laboratory conditions and shows that using parallel charging (with compatible accessories) can further reduce charging time.

Environmental operating limits

For agricultural workflows, charging conditions matter because field teams often operate in variable climates. XAG published spec tables list:

• Charging ambient temperature: 10–45 °C

This range is typically used for planning charging stations (vehicle-mounted, trailer-mounted, or farmyard setups) so battery management remains within manufacturer guidelines.

Technology and Specifications

Because sellers may describe the same battery using slightly different naming conventions, the most stable reference is the manufacturer spec table and XAG’s published ecosystem statements.

Core electrical specifications (manufacturer-published)

XAG’s P150 Max specifications list the B141050 battery with:

• Model: M1PPA141050AH

• Rated output: 52.5 V / 140 A

• Battery type: Lithium-ion polymer

• Maximum charging current: 120 A

• Rated capacity: 20,000 mAh

• Charging ambient temperature: 10–45 °C

XAG rover specification pages (for equipment that uses the same battery family) also present:

• Rated capacity: 20 Ah / 1050 Wh

Taken together, these sources describe the B141050 as a ~1 kWh-class battery intended for high-duty cycles in commercial agriculture.

Charger pairing: CM13600S (ecosystem context)

XAG spec pages commonly pair the B141050 with the CM13600S charger, indicating the charger’s output behavior depends on input voltage region:

• Output voltage: ~59.92 Vdc

• Output power: 1300 W on 100–120 Vac; 3400 W on 220–240 Vac

This matters operationally because charge turnaround time and daily productivity can differ depending on whether the charging station is built around 110V or 220–240V infrastructure.

Published fast-charging performance (laboratory conditions)

For the P150 Max ecosystem, XAG states that under standard laboratory conditions, a CM13600S charger can charge a B141050:

• 30% → 95% in ~12 minutes, or

• 15% → 95% in ~15 minutes

XAG further notes that using a parallel charging cable reduces charging time to roughly:

• 30% → 95% in ~7 minutes, or

• 15% → 95% in ~9 minutes

(Actual results vary with conditions, battery temperature, cooling, and maintenance, as XAG cautions.)

Warranty framing (manufacturer statement)

XAG’s P150 Max documentation includes a battery warranty statement:

• Coverage up to 1,500 cycles or 12 months, whichever comes first (as stated in the referenced document context).

Applications and Use Cases

Agricultural drone spraying and spreading operations

The B141050 is primarily used to power heavy-payload agricultural drones (notably those in the P150 Max ecosystem) for tasks such as crop protection spraying and granular spreading. In bundle configurations, multiple batteries are staged so aircraft can rotate batteries while other packs charge—an approach used to maximize treated area per day during peak season windows.

High-utilization contractor workflows

Custom applicators and service crews often evaluate batteries based on “cycle logistics”: how many sorties can be supported per hour, how many packs are needed to keep one aircraft continuously working, and whether charging infrastructure (single chargers vs parallel charging kits) will be the bottleneck. XAG’s published parallel-charging timing targets align closely with these contractor needs.

Integrated charging stations and mobile power setups

Because agricultural work often happens far from grid power, B141050 deployments frequently include generator-based or vehicle-based power systems feeding CM13600S chargers. The dual power ratings shown for CM13600S (110V vs 220–240V) are relevant to designing these mobile charging setups.

Agricultural rovers and related XAG devices (platform-dependent)

XAG rover specification pages list the same battery class (20 Ah / 1050 Wh, 52.5 V / 140 A) as part of their power system, indicating the B141050 family is used beyond aerial platforms in XAG’s broader field automation ecosystem.

Advantages / Benefits

Faster turnaround and higher daily uptime

The core benefit of a SuperCharge battery is operational throughput. XAG’s published lab charging windows (e.g., ~12 minutes from 30% to 95% with CM13600S, and ~7 minutes with parallel charging) are designed to keep aircraft utilization high and reduce idle time during daylight spraying windows.

High power delivery for heavy payload platforms

With published 52.5 V / 140 A output and high charge current allowances, the B141050 is optimized for the high draw profiles of heavy-payload agricultural drones, supporting stable performance as tank loads, wind conditions, and flight dynamics change.

System-managed charging within defined temperature limits

The specified 10–45 °C charging temperature range provides a practical framework for safe, repeatable charging—especially important in agriculture where charging can occur outdoors or in mobile stations.

Standardization across kits and fleets

Because multi-battery kits often specify the same battery SKU across a fleet, crews can standardize spare inventory, charging stations, and maintenance routines—simplifying logistics during seasonal peaks.

FAQ Section

What is the XAG B141050 Smart SuperCharge Battery (09-017-00083)?

It is a high-output lithium-ion polymer smart battery used in XAG’s agricultural equipment ecosystem, commonly paired with P150 Max-class platforms and the CM13600S charger system.

How does the XAG B141050 battery work?

The battery supplies high current to power flight or field tasks and communicates within XAG’s managed charging ecosystem. It is designed to charge using compatible chargers (such as CM13600S) within specified limits for current and temperature.

Why is the XAG B141050 important?

Battery turnaround is often the limiting factor in commercial spraying. XAG’s published fast-charge performance targets (minutes-level recharge windows under lab conditions) are intended to increase daily uptime and productivity.

What are the benefits of the XAG B141050 Smart SuperCharge Battery?

Key benefits include high published output (52.5 V / 140 A), ~1,050 Wh capacity class, defined charging temperature range (10–45 °C), and compatibility with fast charging and parallel charging workflows to reduce downtime.

Summary

The XAG B141050 Smart SuperCharge Battery (09-017-00083) is a ~1 kWh-class, high-output lithium-ion polymer battery designed for XAG’s professional agricultural systems, particularly the P150 Max ecosystem. With published specifications including 52.5 V / 140 A output, 20,000 mAh (20 Ah) capacity, 120 A maximum charging current, and a 10–45 °C charging temperature range, it supports fast-turnaround workflows when paired with the CM13600S charger and (where used) parallel charging accessories. Its primary role is enabling higher daily uptime and more predictable operations for commercial spraying crews and other high-utilization precision agriculture deployments.