Heat pump manufacturing
- Heat pump manufacturing
- Air Source Heat Pump
- Water source heat pump
- Geothermal heat pump
- Air Source Heat Pump System
It is a system for cooling and heating by recovering heat from the air. Because heat is recovered from a medium with low heat density, the coefficient of performance of the heat pump is low. However, because air, which is an energy source, can be easily obtained in daily life, it is the most developed and distributed system recently.
- Characteristic
- Infinity of heat sources
- 2-way FCU
- Integrated heating and cooling system
- Universal installation (no space restrictions)
- Easy to combine (when expanding capacity)
- Inexpensive installation and maintenance costs compared to other heat sources
- Principles of operation
- Application field
Suitable for places where geothermal or wastewater source heat pumps cannot be installed, such as motels, hospitals, churches, schools, academies, shopping malls, facility horticulture, etc.
- Air source Heat Pump (single) unit specification
1. Temperature conditions: cold water inlet temperature 12℃, cold water outlet temperature 7℃, outside air temperature 35℃, hot water inlet temperature 50℃, hot water outlet temperature 55℃, outside air temperature 7℃
2. Standards and specifications may change without prior notice for product improvement.
- Waste Source Heat Pump System
The waste (water) heat pump is a heat pump system that supplies cooling/heating and cold/hot water using room temperature wastewater, cooling water, and waste steam discarded from factories, etc. as a heat source. It is a system with excellent energy saving effects.
- Characteristic
- Waste heat available in urban areas (buildings, bathhouses, swimming pools, factories, etc.) and natural unused energy sources (sea water, river water, etc.)
- Produces heat that can be used for heating and hot water using a heat pump using waste heat of 10℃~30℃
- The generated heat is stored in a heat storage tank and used for cooling, heating, and hot water supply
- Energy savings of 30-80% by using unused energy
- Waste heat source temperature 10℃~30℃, COP 3~5T level, highly economical
- Principles of operation
- Application field
Suitable for places with a lot of waste water, such as industrial companies (electronics, food, textile, paper, metal industry, painting), bathhouses, saunas, hot springs, swimming pools, condos, and leisure sports centers.
- Water source Heat Pump unit specifications
- 1. Temperature conditions: Condenser hot water inlet temperature 35℃, hot water outlet temperature 55℃, cold water inlet temperature 12℃, cold water outlet temperature 7℃
- Standard calories for 1USRT: 3024kcal/h
- Standards and specifications may change without prior notice for product improvement.
- Geothermal(Ground Souce) HeatPump System
Geothermal heat refers to soil, groundwater, and surface water. The ground temperature is affected by changes in external temperature up to 10m from the ground, but below that, the ground, groundwater, and surface water have constant values throughout the year and are not affected by changes in external temperature. It is a system that is used as a heat sink during cooling and as a heat source during heating to provide cooling/heating and hot water supply for buildings.
- Characteristic
- Stable, eco-friendly, pollution-free energy source
- Exists indefinitely and maintains constant heat throughout the year.
- High performance efficiency (cop=3.4)
- Low driving costs
- Principles of operation
- Application field
Suitable for places that require a stable heat source, such as public buildings, facility gardening, and homes
- Geothermal Source Heat Pump Unit Specification
- Temperature conditions: Heating heat exchanger: inlet temperature 40℃, outlet temperature 45℃
- Geothermal heat exchanger: inlet temperature 10℃Cooling heat exchanger: inlet temperature 12℃, outlet temperature 7℃
- Geothermal heat exchanger: inlet temperature 25℃
- Standards and specifications may change without prior notice for product improvement.