KAISAI Arctic Power high-capacity heat pumps R32 65-140 kW (KCHP)

KAISAI's high-capacity Arctic Power R32 heat pumps (KCHP) are powerful air-to-water systems with capacities ranging from 65 to 140 kW, specifically designed for large residential, commercial, and industrial applications. These units combine high efficiency, reliability, and environmental friendliness, offering a sustainable solution for heating, cooling, and hot water production in buildings with high energy demands.

Why choose KAISAI Arctic Power KCHP

In modern buildings, energy efficiency is crucial for lowering operating costs and reducing CO₂ emissions. The Arctic Power KCHP series offers:

• High capacity: suitable for medium to very large buildings
  

• Flexible operation: heating, cooling and hot water production
  

• Environmentally friendly refrigerant R32: reduces the ecological footprint
  

• Reliable performance: optimal functioning even at outdoor temperatures down to -25°C
  

These heat pumps are ideal for offices, hotels, schools, hospitals, industrial warehouses and apartment complexes.

What is an Arctic Power high capacity heat pump?

A high-capacity heat pump is an air-to-water system that extracts heat from the outside air and uses it for heating and domestic hot water. Arctic Power KCHP models are designed for large-scale applications, with multiple units capable of being connected in series via Modbus communication, up to a maximum of 256 units.

Advantages:

• Energy efficient due to inverter technology
  

• High reliability at extreme temperatures
  

• Flexible for integration with existing heating systems
  

• Possibility to connect multiple units for large-scale projects

Key Specifications and Features

Power Options:

• 65 kW: Heating 65 kW / Cooling 56 kW
  

• 75 kW: Heating 75 kW / Cooling 69 kW
  

• 110 kW: Heating 110 kW / Cooling 99 kW
  

• 140 kW: Heating 140 kW / Cooling 129 kW
  
  

Energy efficiency:

• Class A+++ at 35°C flow temperature
  

• Class A++ at 55°C flow temperature
  
  

SCOP (Seasonal Performance Coefficient):

• Up to 4.50 at 35°C, meaning excellent efficiency in temperate climates
  
  

Temperature range:

• Heating: 25–65°C
  

• Cooling: 0–20°C
  

• Domestic hot water (DHW): 30–62°C (up to 70°C with storage tank)
  

• Outside temperature: -25°C to +43°C (heating), -15°C to +48°C (cooling)
  
  

Coolant:

• R32 , environmentally friendly and F-gas compliant
  
  

Communication and Control:

• Modbus compatible , up to 256 units can be connected
  

• Option for remote monitoring and management via smart systems
  
  

Installation:

• Plug-and-play, fully hermetic system
  

• No complex cooling installation required

Innovative Technologies

The Arctic Power KCHP uses advanced technologies to ensure maximum performance and efficiency:

1. EVI (Enhanced Vapor Injection):
   

• Improves heating performance at low outdoor temperatures
  

• Efficiency remains high down to -25°C
  
  

2. Inverter compressor:
   

• Automatically adjusts power to the current heat demand
  

• Energy consumption is reduced without loss of comfort
  
  

3. Smart Control:
   

• Possibility of integration with building management systems
  

• Remote monitoring and maintenance planning via apps
  
  

4. Modular construction:
   

• Multiple units can operate in parallel
  

• Ideal for large projects with variable heat demand

Applications of Arctic Power KCHP

Residential buildings:

• Large houses and apartment complexes
  

• Can be combined with underfloor heating and radiators
  
  

Commercial buildings:

• Office spaces, hotels, shops
  

• Reliable climate control all year round
  
  

Industrial applications:

• Warehouses, factories and production halls
  

• Constant temperature control for process optimization
  
  

Public buildings:

• Schools, hospitals and government institutions
  

• Energy-efficient and environmentally friendly

Economic Benefits

1. Lower operating costs:
   

• Reduced energy consumption thanks to inverter technology
  

• Efficient hot water production
  
  

2. Fast payback period:
   

• Subsidies and tax benefits, such as ISDE and SDE++, accelerate ROI
  

3. Value of the building:
   

• Improved energy performance certificates increase property values
  

4. Government support:
   

• Subsidies stimulate the adoption of sustainable heating systems

Installation and Maintenance

Installation:

• Position the outdoor unit for maximum airflow
  

• Connect the indoor unit to existing heating systems or DHW storage
  

• Plug and play for fast deployment
  
  

Maintenance :

• Annual inspection recommended
  

• Cleaning filters and heat exchangers
  

• Check refrigerant and inverter compressor operation
  

• Using magnetic filters extends system life

Sustainability and Environmental Benefits

• Using R32 refrigerant reduces CO₂ emissions
  

• High energy efficiency contributes to European climate goals
  

• Reducing fossil fuel dependency
  

• Support for the EU Green Deal and 2050 climate goals
  
  

Tips for optimal use

• Combine with solar panels or battery storage for additional savings
  

• Use smart thermostats for automatic control
  

• Conduct regular energy audits for maximum efficiency
  

• Schedule maintenance according to manufacturer's schedule
  

• Monitor performance via smart control systems
  
  

Conclusion

The KAISAI Arctic Power R32 high-capacity heat pumps (KCHP) from 65 to 140 kW offer a powerful, energy-efficient, and environmentally friendly solution for large-scale heating, cooling, and hot water needs. Thanks to advanced technologies, environmentally friendly refrigerants, and flexible installation options, these units are ideal for both new construction and renovation projects.

They offer low operating costs, high reliability and meet the most stringent energy efficiency requirements, making them an excellent investment for large-scale residential, commercial and industrial applications.