High Temperature Steam Heat Pump: Design, Performance Analysis and Industrial Prospects
Foshan Meidibiao Electrical Appliance Co., Ltd, established in 2005, specializes in the research, development and production of heat pumps. With high-quality products and excellent customer service, the company has received great praise in markets around the world and has established a global sales network covering regions such as Europe, North America, and South Africa. We are committed to exceeding industry standards in both technological innovation and service provision, establishing long-term partnerships based on reliability and performance.
Key Features
- Outstanding energy conversion efficiency through compression heat pump technology
- Upgrades low-grade thermal energy to high-temperature steam
- Coefficient of performance (COP) 3 to 5 times higher than traditional heating equipment
- Significantly reduces operating costs
- Uses environmentally friendly refrigerants with optimized thermodynamic cycles
- Reduces carbon emissions and effectively recovers industrial waste heat
- Achieves secondary utilization of energy for green, low-carbon development
- Provides efficient and energy-saving solutions for industrial production and building heating
Technical Specifications
| Parameter |
Unit |
KFYRS-20II |
| Factory Model Number |
|
MDB-10HZ |
| Applicable Ambient Temperature |
°C |
120-150 |
| Power Supply Specification |
|
380v 3N-50HZ |
| Rated Heating Capacity |
kw |
40 |
| Nominal Input Power |
kw |
9 |
| Maximum Operating Current |
A |
24 |
| Hot Water Output |
L/H |
720 |
| Refrigerant |
|
R22 |
| Air Outlet Mode |
|
Push out the wind |
| Protection Class |
|
IPX4 |
| Outlet Water Temperature |
|
28-60℃ |
| Inlet and Outlet Port Type |
MM |
DN25 |
| Noise |
DB(A) |
≤55 |
| Dimensions |
MM |
700*680*1150 |
| Weight |
KG |
160 |
Performance Advantages
High-temperature steam heat pumps, with their efficient energy conversion mechanism, can upgrade low-grade thermal energy into high-quality steam, achieving an energy efficiency ratio (COP) of 3 to 5. Compared with traditional electric heating or coal-fired boilers, they save over 60% of energy. The waste heat recovery function can reuse waste heat discharged in industrial production, significantly reducing energy consumption and operating costs while greatly enhancing the economic benefits of enterprises.
Product Images