Hi-Smart H5 Series

The Hi-Smart H5 Series is an innovative R32 solution featuring a two-module combination with a capacity of up to 32 HP. Its slim, modular design makes it ideal for projects with limited outdoor space.

Eco-friendly R32 Refrigerant

R32 refrigerant helps meet EU F-gas regulation targets (EU regulation 517/2014). Hisense HVAC uses this low-GWP refrigerant in its VRF products as an effective solution for reducing CO2 emissions.

R32 Refrigerant Features:
◆ Zero Ozone Depletion Potential (ODP)
◆ Lower Global Warming Potential (GWP)
◆ Less charge amount needed for the same capacity

Eco-friendly R32 Refrigerant
Refrigerant Leak Detection

Refrigerant Leak Detection

Real-time leak detection is critical for R32 systems. When refrigerant concentration exceeds 5000ppm, the indoor unit stops operation and triggers a buzzer and warning flasher.
It can also link with third-party alarm or ventilation systems for additional safety.

Flexible Installation with Compact Body

Thanks to its slim modular design, H5 offers unmatched flexibility in installation locations.
Its compact body enables installation in tight spaces, while reducing transportation and installation costs.
Suitable for rooftop, balcony, or indoor installation—wherever you choose!

Flexible Installation with Compact Body
Dust-removal Function

Dust-removal Function

Hisense’s dust-cleaning technology reverses the outdoor fan direction to remove dust from the heat exchanger.
This reduces air resistance and maintains optimal heat exchange efficiency, ensuring long-term comfort with Hi-Smart H5.

Electromagnetic Heating Technology

Heating the lubricating oil internally within the compressor rotor instead of using external electric belts speeds preheating in cold temperatures.
This method reduces power consumption by up to 74%.

Electromagnetic Heating Technology
Load Balancing Control

Load Balancing Control (LBC)

By detecting real-time load demand, LBC adjusts air volume and room temperature automatically.
It reduces power consumption by 18% during low loads and accelerates temperature adjustment by 50% during high loads.