DHP dehumidification heat pipe
Improved air conditioning
A set of heat pipe is arranged at the front and back of the refrigeration coil. The air conditioning equipment can lower the temperature, remove a lot of moisture, and then heat it. There is no additional energy demand in the whole improvement process.
Obvious improvement of indoor air quality
The humidity of indoor air has a far-reaching impact on people's quality of life. Keep the air at the most appropriate relative humidity (40-60%), effectively inhibit the breeding of bacteria and viruses, reduce the generation of diseases, and reduce the damage of humidity on indoor decoration.
characteristic:
| No moving parts | No direct energy input required | Completely passive | Up to twice the dehumidification capacity | No need for reheating or drying |
| It is easy to drain the condensed water and adopt hydrophilic aluminum foil. | Long life - it can be longer than air conditioning system | Maintenance free | Environmental safety |
| No moving parts | No direct energy input required |
| Completely passive | Up to twice the dehumidification capacity |
| No need for reheating or drying | It is easy to drain the condensed water and adopt hydrophilic aluminum foil. |
| Long life - it can be longer than air conditioning system | Maintenance free |
| Environmental safety |
Principle of dhp-u heat pipe
Dhp-u heat pipe is a heat transfer device, which transfers the energy in the air conditioning system from the high temperature side air flow to the low temperature side air flow. The system consists of two sections. The first section is placed at the air inlet in front of the air conditioner cold coil. When the warm and humid air flows through the first section, the precooled air flow, the liquid in the hot coil absorbs the heat and boils, transmits the energy to the second section after the air conditioner cold coil, and heats the cold air passing through the surface cold coil to realize the energy transfer.
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| Power on | Approximate recovery (percentage of capacity) | |||
| Stage 1 | Stage 2 | Stage 3 | Stage 4 | |
| no | no | no | no | 100% |
| yes | no | no | no | 75% |
| yes | yes | no | no | 50% |
| yes | yes | yes | no | 25% |
| yes | yes | yes | yes | 0% |
| Power on | Approximate recovery (percentage of capacity) | ||
| Stage 1 | Stage 2 | Stage 3 | |
| no | no | no | 100% |
| yes | no | no | 67% |
| yes | yes | no | 33% |
| yes | yes | yes | 0% |
DHP-UControl of heat pipe:
Air supply temperature and humidity control:
1, high temperature season,Avoid over reheating
2, ecisely control the temperature and humidity of the air supply
3, exible adjustment of air supply conditions according to different seasons and occasions
4, Level adjustment control, Set the personalized gear according to the accuracy requirements of different occasions
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Intelligent control:
1. It can be connected to BA system and interconnected with other equipment of HVAC system
2. Provide wireless data transmission, real-time temperature and humidity monitoring at the computer end / mobile phone end
3. Data storage in minutes
4. Real time display of energy saving data report
Alarm system:
Alarm after exceeding the temperature and humidity setting range
Improvement of air conditioning system
(1) Improve indoor air quality;
(2) Reduce the air humidity and keep the air duct dry
(3) Through precooling to reduce the temperature into the surface cooler, saving cooling capacity;
(4) Provide free reheat;
Real time monitoring:
1. Temperature curve
2. Energy saving
Application of dhp-u heat pipe
Energy saving guarantee for constant temperature and humidity system
Improve air supply quality for comfort system
