Hybrid Air-Source Heat Pump
Kichan Boiler's hybrid air-source heat pump is a hybrid system that combines an air-source heat pump with a temperature-sensitive auxiliary heat source, designed to supply a stable heat source even in low-temperature environments.
In periods with high outdoor temperatures, the heat pump operates independently to achieve high energy efficiency. When the temperature drops, the auxiliary heat source automatically operates to make up for the insufficient heat. This allows it to maintain stable heating performance even during severe winter cold.
Additionally, it operates stably even in environments below minus 20℃, and its performance has been fully verified in the extreme cold environments of Mongolia and North America at levels around minus 35℃.
Another key feature is that the buffer tank capacity has been drastically reduced compared to conventional systems. Unlike typical air-source heat pump systems that require a buffer tank of 200L or more, this system can be configured with just a mid-sized tank of 20 to 100L, saving installation space and improving construction efficiency.
Gichan Boiler's hybrid air-source heat pump is a high-efficiency heating and cooling system designed with extreme cold response performance, energy efficiency, and installation convenience in mind.
use
Industrial, agricultural, commercial (pension/accommodation facilities, etc.), household
- Facilities requiring all of underfloor heating, space cooling and heating, and hot water supply
- Farms (greenhouses, etc.) and commercial facilities facing a heavy burden of winter fuel prices and electricity bills
effect
1. Overwhelming Cost Savings
A customer located in Pyeongchang, Gangwon-do, incurred an electricity bill of approximately 230,000 KRW, including the basic fee, after running the system continuously for a month in an outdoor temperature environment of minus 25 degrees Celsius in winter. The customer has personally proven the economic efficiency.
2. Minimization of Equipment and Initial Costs
It delivers the same efficiency with only half the electrical incoming capacity and equipment capacity compared to other companies, significantly reducing initial installation costs and electrical incoming work costs, and shortening the return on investment (ROI) period to around 2 years in an era of high oil prices.
3. Simultaneous Layout Implementation
We provide unrivaled integrated infrastructure technology that can simultaneously solve floor heating, hot water, and space heating/cooling (heater and air conditioner functions) with a single device.
Power Consumption by Capacity
- 15-pyeong type (approx. 50㎡): Power consumption 1.5kW (Machine cost approx. 3 million KRW)
- 30-pyeong type (approx. 100㎡): Power consumption 3.0kW (Machine cost approx. 4 million KRW)
- 50-pyeong type (approx. 165㎡): Power consumption 5.0kW (Machine cost approx. 5.5 million KRW)
- 80-pyeong type (approx. 264㎡): Power consumption 8.0kW
8 HP, 10 HP, 15 HP (Air:Water)
5 HP (Air to Air)
20 Horsepower (Air-to-Water)
25 hp (Air:Water)
2 HP (Air-to-Air)
