A heat pump is a highly efficient energy device that can generate more heat than the electrical power it consumes

It can produce 3kWh of heat using just 1kWh of electricity. It is an eco-friendly, high-efficiency system that handles cooling, heating, and hot water supply simultaneously

By integrating cooling and heating into a single unit, it saves space and equipment costs while strengthening carbon neutrality when linked with renewable energy

Electricity Savings : Recycling wasted heat → Saving on electricity bills

Eco-friendly : Minimizing gas usage and reducing CO₂ emissions → Contributing to ESG management

High Efficiency : Simultaneous hot and cold water COP of 4 or higher (Water-source) → Ensuring exceptional efficiency

Smart Control: : Automated operation system → Easy management for anyone

Utilizing a thermal storage tank effectively reduces summer cooling costs and peak power demands

Food Factories : Washing process (cold water) + Sterilization process (hot water)

Industrial Factories : Machine cooling water + Washing hot water

Hotels & Accommodation : Guest room shower hot water + Air conditioning cold water

Saunas & Spas : Hot baths (hot water) + Cold baths (cold water)

Controlled Horticulture Heat Pumps

Aquaculture Farm Air-Source Heat Pump Boilers

Operating Cost Reduction : Savings on electricity and fuel costs

Facility Simplification : Simultaneous hot and cold water supply, saving installation space

Eco-friendly Management : Achieving carbon neutrality and enhancing corporate image

Mid-Temperature Water Heat Pump Boiler

• Rapidly supplies hot and cold water for heating, cooling, and water heating using an air-cooled heat pump system
• Optimizes operating costs by achieving high energy efficiency through inverter technology and precise refrigerant control

Modular structure ensures an optimal capacity response to required loads

• Can accommodate large-capacity models by combining basic product modules and interlocking controls
• Capacity can be expanded up to 480HP by combining up to 16 units, allowing installation in diverse site conditions
• Provides convenient management with automatic connection and control via a single group controller

Excellent heating capability powered by a high-efficiency inverter system

• The inverter compressor provides outstanding partial load efficiency, stable water supply temperatures, and significant energy savings
• It rapidly reaches the target temperature by minimizing fluctuations during operation. Furthermore, the DC fan motor controls fan speed based on system pressure and load, reducing energy consumption by up to 30%

Installation References

• Industrial Facilities
• Accommodation Facilities
• Nursing Facilities
• Agricultural Facilities
• Livestock Facilities