The GE AHFK24AAW1 is a Window type air conditioner designed by the renowned brand, GE. With a cooling capacity of 23,900 BTU/hour, this room air conditioner is perfect for spaces ranging from medium to large sizes. It operates without reverse cycle and features louvered sides for efficient airflow distribution. Equipped with Wi-Fi connectivity, the GE AHFK24AAW1 allows you to control and monitor your air conditioning settings remotely using your smartphone or other connected devices. The advanced communication standard application layer used in this model is Smart Energy Profile (SEP) 2.x, ensuring seamless integration with smart home systems. This room air conditioner utilizes R-32 refrigerant type which contributes to its eco-friendliness and energy efficiency. Its combined energy efficiency ratio (CEER) stands at an impressive 9.8, guaranteeing optimal performance while keeping energy consumption low. In addition to its connected functionality, the GE AHFK24AAW1 also supports direct on-premises open-standard-based interconnection for convenient setup options. With an annual energy use of approximately 1829.1 kWh/year, this air conditioner helps you save on electricity bills without compromising on cooling effectiveness. The product became available on the market starting from April 23rd, 2021. Overall, the GE AHFK24AAW1 presents itself as a reliable and technologically advanced room air conditioner that delivers exceptional cooling performance while offering convenient remote control capabilities through Wi-Fi connectivity.

Specifications

Type
Window
Brand
GE
Model
AHFK24AAW1
Product Class
5a. Without reverse cycle, with louvered sides, and 20,000 to 27,999 Btu/h
Reverse Cycle
No
Connects Using
Wi-Fi
Casement Window
None
Refrigerant Type
R-32
Connected Functionality
Yes
Annual Energy Use (kWh/yr)
1829.1
Available On Market
2021-04-23
Cooling Capacity (Btu/hr)
23900
Variable Speed Compressor
No
Combined Energy Efficiency Ratio (CEER)
9.8
Communication Standard Application Layer
Smart Energy Profile (SEP) 2.x
Direct on-premises Open-standard Based Interconnection
Yes