XAG 2024 Battery Cooling Tower (09-017-00065)

XAG 2024 Battery Cooling Tower (09-017-00065)

In some retail channels it is also marketed as an “XAG Mist-Cooling Charging Station”, reflecting its core approach: using fine water mist and evaporative cooling to remove heat efficiently.

Battery cooling is a practical constraint for agricultural drone workflows because charging can become the bottleneck during peak spraying windows. XAG’s own P150 ecosystem messaging highlights that pairing the Smart SuperCharge Battery, a fuel-powered charger, and a new battery cooling tower enables rapid, minutes-level charging turnaround “upon landing,” signaling that cooling is treated as a first-class part of the charging system rather than an optional add-on.

Design and Features

Mist-cooling, evaporative heat removal

Dealer descriptions identify the 2024 tower as a “Battery Mist Cooling Tower” and explain the mechanism as rapid evaporation of tiny water droplets that dissipates heat efficiently. This is a common industrial cooling principle: evaporation absorbs heat (latent heat of vaporization), which can reduce surface temperature faster than passive air cooling under suitable humidity and airflow conditions.

Integrated into the SuperCharge workflow

The cooling tower is typically presented alongside XAG’s high-power charging stack—most often the CM13600S charger and Smart SuperCharge batteries—as part of a complete “charge, cool, rotate” field workflow. For example, kit listings for XAG P150 packages explicitly include multiple Battery Cooling Towers together with SuperCharge batteries and chargers.

Accessory ecosystem and upgrades

Aftermarket and support portals reference maintenance/upgrade items associated with the 2024 tower (for example, connector upgrade kits and modification kits sold separately). While these items are not the tower itself, their existence indicates the cooling tower is treated as a serviceable accessory within a broader parts ecosystem.

Technology and Specifications

Product identification and naming

The 2024 Battery Cooling Tower is commonly referenced by:

• Part number / SKU: 09-017-00065

• Commercial naming variants: “Battery Cooling Tower,” “Battery Mist Cooling Tower,” and “Mist-Cooling Charging Station”

Cooling method (published)

Retail descriptions characterize it as a mist-cooling system where tiny water droplets evaporate to remove heat.

Performance framing (manufacturer ecosystem statement)

XAG’s product-page statement for the P150 ecosystem attributes rapid charge readiness to the combination of:

• Smart SuperCharge Battery

• Fuel-powered charger

• New battery cooling tower

That statement supports a key operational point: the cooling tower is meant to stabilize battery temperature quickly enough to keep fast-charging practical in continuous field work. (The exact time claims and operating assumptions—temperature, humidity, battery starting temperature, and charger model—are typically context-dependent and may vary by setup; confirm with your distributor’s documentation for your region.)

Applications and Use Cases

Continuous agricultural drone operations

The most common use case is high-utilization agricultural spraying/spreading, where operators cycle batteries repeatedly throughout the day. Battery packs heat up from:

1. high discharge loads during flight and payload operation, and

2. high charging currents during fast charging.

Mist-cooling helps reduce the time the battery must “rest” before reaching optimal charging or redeployment conditions, supporting higher daily productivity. XAG’s P150 ecosystem statement directly ties the cooling tower to rapid charging turnaround in agricultural operations.

Mobile charging stations in the field

Commercial teams often charge near the worksite (farmyard, trailer station, or field edge). In these setups, the tower functions as a cooling stage between flight and charging (or during charging, depending on procedure), especially in warm climates where ambient temperatures and sunlight can compound heat buildup.

Fleet and contractor workflows

Contractors and service providers often run standardized kits (e.g., multiple batteries + multiple chargers + multiple cooling towers). A representative kit list shows two 2024 Battery Cooling Towers included alongside SuperCharge batteries and CM13600 chargers in a P150 package. This bundling reflects an operational reality: when fast charging is available, cooling capacity can become the new bottleneck unless it scales with the number of batteries and chargers.

Advantages / Benefits

Improved charging consistency and safety margin

Keeping batteries within recommended temperature ranges is widely recognized as important for lithium battery safety and longevity. By actively removing heat via evaporative mist-cooling, the 2024 tower is positioned to reduce battery heat during charging, improving efficiency, safety, and reliability in continuous operations (as described by a reseller product page).

Higher operational uptime

XAG explicitly frames charging speed as crucial in agriculture and links the cooling tower to rapid turnarounds. In practice, faster turnaround means:

• fewer aircraft idle periods,

• fewer batteries required to maintain a target sorties-per-hour rate (in some cases), and

• more predictable day planning when weather windows are short.

Field-friendly and scalable

Because it is sold as a discrete accessory (often multiple units per kit), the cooling tower scales naturally with fleet size and can be integrated into field kits as needed.

FAQ Section

What is the XAG 2024 Battery Cooling Tower (09-017-00065)?

It is a mist-cooling accessory designed to reduce heat in XAG SuperCharge batteries during intensive charging workflows, improving charging consistency for agricultural operations.

How does the XAG 2024 Battery Cooling Tower work?

Listings describe it as a battery mist-cooling tower where tiny water droplets evaporate to dissipate heat efficiently (evaporative cooling).

Why is the XAG 2024 Battery Cooling Tower important?

Fast charging in agriculture is often limited by battery temperature. XAG’s P150 ecosystem statement ties rapid charge readiness to using a Smart SuperCharge Battery, a fuel-powered charger, and a battery cooling tower, underscoring cooling’s role in keeping operations moving.

What are the benefits of the XAG 2024 Battery Cooling Tower?

Key benefits include reducing battery heat during charging, supporting efficiency, safety, and reliability in continuous high-intensity operations, and enabling higher daily uptime when paired with fast chargers and multiple batteries.

Summary

The XAG 2024 Battery Cooling Tower (09-017-00065) is a mist-cooling accessory intended to manage battery heat during fast, repeated charging cycles in professional agricultural drone operations. By leveraging evaporative cooling (tiny droplets that remove heat as they evaporate) and by integrating into XAG’s broader SuperCharge workflow, it supports higher operational uptime, more consistent charging, and a practical pathway to sustained field productivity—especially when paired with high-power chargers and multi-battery rotation kits.