BOSCH ASX24VW30U

High-capacity inverter air conditioner for large rooms and open spaces

This split system air conditioner is designed to deliver powerful and efficient climate control for large residential and commercial spaces. It combines inverter technology with high airflow performance to ensure stable comfort and effective temperature distribution.

Suitable for areas of approximately 70–80 m², it provides strong cooling and heating performance for demanding environments.

Performance and operation

The inverter system automatically adjusts compressor speed according to room conditions, helping maintain stable comfort while improving energy efficiency. High airflow output ensures even distribution of conditioned air across large spaces.

The system supports both cooling and heating modes with strong seasonal performance and reliable long-term operation.

Main advantages

• Cooling capacity: 24000 BTU for large rooms
• Heating capacity: 25000 BTU for winter performance
• Energy efficiency: A++ cooling / A+ heating
• Inverter technology: stable temperature with optimized power usage
• High airflow: up to 980 m³/h for wide air distribution
• Wide operating range: reliable performance from -15°C to +50°C
• Turbo mode: rapid cooling and heating when needed

Technical specifications

• Brand: Bosch
• Type: Split system inverter air conditioner
• Cooling capacity: 24000 BTU
• Heating capacity: 25000 BTU
• Recommended area: 70–80 m²
• Compressor: GMCC rotary
• Energy class (cooling): A++
• Energy class (heating): A+
• Airflow: 980 / 817 / 662 m³/h
• Power consumption: 3500 W
• Maximum power (cooling): 2600 W
• Maximum power (heating): 2400 W
• Refrigerant: R32
• Temperature range: -15°C to +50°C
• Voltage: 220–240 V
• Frequency: 50 Hz
• Noise level: 59–67 dBA

Dimensions and installation

• Indoor unit: 104 × 22 × 32.7 cm / 12.3 kg
• Outdoor unit: 89 × 34.2 × 67.3 cm / 42.9 kg

Ideal use cases

This model is suitable for large apartments, open-plan offices, shops, and commercial spaces where high airflow, strong inverter performance, and efficient climate control are required.