JIAE Semiconductor Cooling Vest, Personal Air Conditioner, Small-Xlarge | 40000mAh Big Battery Wearable Cooler with Fan and Cooling Plate, 4 Modes Adjusted Up to 17 Hrs Cooling Vest Hover to Zoom

JIAE Semiconductor Cooling Vest & Personal Air Conditioner, S-XL | 40000mAh Wearable Cooler with Fan & Plate, 4-Mode Adjustable Up to 17-Hour Battery

$169.99
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Product Description

Overview

Experience a compact, wearable solution designed to provide cooling relief in a variety of settings. The JIAE Semiconductor Cooling Vest & Personal Air Conditioner is available in sizes S through XL, making it suitable for a wide range of body sizes. Built around a 40,000‑mAh power source, this vest delivers continuous operation and incorporates a fan and cooling plate to disperse cooler air. A four‑mode adjustable system allows the user to select the desired intensity, with the battery offering up to 17 hours of use between charges.

Key Features

  • Wide Size Range – Available in S‑XL to accommodate different body dimensions.
  • High‑Capacity Battery – 40,000 mAh power cell provides a long runtime, up to 17 hours of continuous cooling.
  • Integrated Fan and Cooling Plate – The vest includes a built‑in fan that draws air through a cooling plate for efficient temperature regulation.
  • Four‑Mode Adjustability – Users can switch between four settings to adjust the cooling intensity according to personal preference.

Specifications

  • Battery Capacity: 40,000 mAh
  • Available Sizes: S, M, L, XL
  • Cooling Mechanism: Fan + Cooling Plate
  • Mode Options: 4 adjustable settings
  • Runtime: Up to 17 hours (dependent on mode selection)

How It Works

The vest’s cooling system operates by drawing ambient air through a specialized plate that is designed to lower the air temperature before it is expelled by the built‑in fan. The four available modes adjust the fan speed, allowing the user to choose from a gentler breeze to a stronger flow. Because the unit relies on a rechargeable battery, it can be used in locations without access to electrical outlets, making it a portable option for events or environments where cooling is required.

Portable and Long‑Lasting

With a substantial 40,000‑mAh battery, the vest can maintain its cooling performance for extended periods. The battery’s capacity is sufficient to provide up to 17 hours of use on a single charge when operating at the lowest mode setting. Users who select higher intensity settings will experience a proportionate reduction in runtime, as the fan consumes more power to achieve the desired cooling effect.

Use Cases

While the product is marketed as a wearable cooling vest, its design accommodates a range of potential situations. The ability to switch between four different modes and the portable battery supply allow for flexible application in environments that may benefit from localized cooling. Whether the wearer is in a hot environment or simply looking for additional comfort, the vest provides a means to regulate temperature without reliance on external air conditioning units.

Maintenance and Care

To keep the vest performing effectively, it is recommended to follow standard care practices for rechargeable devices. When the battery reaches a low state, recharge the unit using an appropriate charger. If the fan or cooling plate becomes obstructed, carefully remove debris or lint that may impede airflow. After use, allow the battery and fan components to cool to ambient temperature before storage.

Design Considerations

The vest is engineered to fit snugly around the torso, enabling direct contact between the cooling plate and the wearer’s skin. The integrated fan is positioned to maximize airflow across the cooling surface, which is located in the front area of the vest. By aligning the fan’s direction with the plate, the system ensures consistent temperature distribution over the user’s body.

Charging and Power Management

The 40,000‑mAh battery is charged through a standard charging port. The device monitors battery levels and will signal when the battery is depleted, allowing the user to recharge before the vest loses cooling capability. The four modes provide a range of power consumption, giving the wearer control over the balance between cooling intensity and battery longevity.