How about capillary air conditioning, is it comfortable to use?

The capillary air conditioner is also the Sanheng system, which is very comfortable to use.

Three-constant system constant temperature principle: advanced capillary network radiation system, like plant veins, laid on the indoor ceiling or ground, through heating, cooling technology, to keep summer: 24-28, winter: 18-22, indoor temperature uniform, no sense of blowing.

The principle of constant humidity of Sanheng system: the fresh air and dehumidification are combined, and the fresh air dehumidification host reaches each room in the room through the pipeline, and each room is dehumidified and ventilated according to different needs.

Sanheng system constant oxygen principle: full replacement fresh air system, using the ground air supply, top exhaust mode, the principle is a micro positive pressure design, the air inlet volume is slightly greater than the exhaust air volume, outdoor air pollution is difficult to enter the door, so that the air can be completely replaced.

Sanheng system is a set of indoor constant temperature and humidity and constant oxygen system, to ensure that the indoor temperature of your house is kept at 20-26 degrees all year round, the humidity is 35-65, not more than 50, it is controlled in the best range suitable for the human body, and the indoor air is replaced every hour. One system replaces air conditioning, floor heating, fresh air, dehumidification, humidification, air purifiers and other equipment.

The capillary air conditioning system is actually a kind of capillary network similar to the human body, the capillary air conditioner uses the capillary network with water as the medium, the thickness is generally 3-4 cm, light and thin, soft, small load, there are a variety of flexible installation methods, with the characteristics of high efficiency, energy saving and high comfort. In China, capillary air conditioning is not common, and the installation is concentrated in high-end residences, such as villas, and some finely decorated houses; However, it is more common in foreign countries, and it exists in many buildings. Actually:

In nature, there are many examples of heat transfer using thin tubes filled with water, such as the veins of leaves of plants or the subcutaneous tissues of people. Due to the extremely fast heat transfer speed of the thin tube and the large heat exchange area, the heat exchange efficiency will be higher. Capillary air conditioner is a new type of product developed by using this principle, which always maintains the indoor temperature at 20-26 degrees Celsius, whether it is winter or summer, or Huangmei day, it makes people feel like they are in a warm spring morning, which is very comfortable.

As a renewable resource, capillary radiant air conditioning system is a new energy-saving and environmentally friendly air conditioning system supported by the state, and the market prospect is very impressive. Qibaoliang refrigeration equipment is a cooperative enterprise in the CCTV air conditioning industry and a first-class ecological air conditioner in CLINA's capillary network.

The lower the pressure, the lower the boiling point, the lower the boiling point, and the lower the boiling point, it is easier to absorb heat, just like water at high altitudes is open at 90 degrees.

High-temperature refrigerants.

Entering the compressor from gas to high-temperature liquid, this compression process will allow the refrigerant to emit heat, and when the refrigerant reaches the condenser, it will be changed.

It will cool down quickly, and the condenser is a very long copper tube with a large area, and the fan is constantly blowing.

The pressure of the refrigerant of the condenser in front of the capillary is quite high, and the higher the pressure of the liquid, the slower the heat absorption, so to lower the pressure, the capillary is very thin, coiled many times, and the refrigerant is depressurized

The function of the capillary is to send it from the heat sink.

The high-temperature and high-pressure liquid type refrigerant is used to release the pressure.

It makes it a liquid refrigerant at low temperature and low pressure.

Then feed into the evaporator to weigh the baggage.

It becomes an endothermic volcanic body that lowers the air temperature.

The opposite is true when heating.

Are you still puzzled?

It plays a throttling role.

Too short and not enough throttling will lead to insufficient evaporation temperature and not enough cold air conditioner.

Taizen grips the long throttle and over-absorbs the head, which will lead to high pressure and overheating of the condenser, causing the compressor to overload, resulting in no refrigeration.

Capillary network air conditioner is very easy to use, excellent quality, compared with the traditional ** air conditioner, the advantages of his imitation lie in the following points:

High comfort: independent treatment of temperature and humidity, uniform temperature, soft and quiet, no strong wind, no noise, no spread of bacteria.

Low energy consumption for transmission and distribution: 1m of water is equivalent to 3840m of airborne energy, and the energy consumption of transmission and distribution is low.

Long life: The end is reliable for more than 50 years.

There is no need for a fan coil unit and it takes up very little space indoors.

There are no moving parts, and the spine fiber is maintenance-free and clean-free at the end of a construction.

Real-time fresh air effectively solves the long-term invasion of indoor formaldehyde and other polluted and harmful gases on the human body, and Zhenye Travel is creating a green, low-carbon, energy-saving, and healthy ecological environment.

Under the same condition of air conditioning effect, the water temperature is only 30 (45 for traditional air conditioners) during heating in winter, and the water temperature for cooling is as high as 18 (7 for traditional air conditioners) in summer, and the energy consumption of the main engine is reduced by more than 60%.

The capillary network cooling and heating radiation technology originated in Germany, using the principle of biomimetic, through the mesh grille paved in the wall, ground and ceiling of the building, the temperature difference sensing and cold and heat exchange with the surrounding environment, the indoor temperature changes evenly, the equipment runs gently and quietly, and has a very high comfort.

Capillary air conditioners use water as the heat transfer medium, and the heat transfer rate of water is 1000 times faster than that of air. In winter, hot water flows at a lower temperature in the capillary, radiating heat evenly and gently to the room; In summer, cold water flows through the capillary at a high temperature, radiating cold into the room evenly and gently. Due to the large heat exchange area of the capillary seat and the fast heat transfer speed, the heat transfer efficiency is higher.

At present, some high-end residential and office buildings have used this technology, such as the Beijing Science and Technology Commission's Chuangye Building, Beijing's Wanwanshu Villa District, Nanjing Fengshang Community and other projects. Capillary network plane-radiant air conditioning technology has also been widely used in many European countries such as Germany, the United Kingdom and Brazil. Of course, the most suitable for capillary is the interior design of the German style, so the use of capillaries in Germany is relatively more extensive.

The main features of capillary networks.

Structural characteristics: The capillary network is a water-splitting structure, which has the characteristics of large heat exchange area, thin wall, good thermal conductivity, uniform heat exchange, and small hydraulic loss, which determines that the capillary network is an efficient heat exchanger. "Large surfaces and thin walls" are the core advantages of capillary networks for heat exchange.

Material characteristics: The raw materials for making capillary network are PP-R, PE-RT and other thermoplastics, which can be hot-melt molded, green and environmentally friendly, and have the characteristics of high temperature resistance, high pressure resistance and corrosion resistance, so it has a wide range of application fields and is an ideal high-efficiency heat exchanger.

Characteristics of use: The capillary network is thin, soft and light, so it is easy to install, the covering layer can be thin, and the pavement area can be large, so it can effectively use low-grade energy to achieve energy saving and comfort effects.

Shanghai Nengrui Environmental Technology Co., Ltd. has a first-class domestic first-class engaged in the design and construction of ground source heat pump air conditioning engineering, capillary plane radiation air conditioning Qindong engineering and ground heating engineering, and maintains technical exchanges and cooperation with many famous enterprises in the world, domestic and foreign industry experts, and always pays attention to and absorbs the latest achievements and latest technology in the global industry. The company has dozens of sets (sets) of high-power high-speed drilling rigs and supporting equipment, which can undertake the design, construction, installation and supporting services of various large and medium-sized and household air conditioning systems, especially the development and utilization of renewable energy for green environmental protection, energy saving and efficient comfort air conditioning system projects.

First of all, the capillary tube is to control the water temperature to achieve the effect of cooling and heating, while the traditional air conditioner is to achieve rapid cooling and heating by adding fluoride to the compressor.

Secondly, capillary heating and cooling air conditioning is radiating cooling or heating to the room, which is more comfortable for the human body and has great benefits, while air conditioning is from top to bottom whether it is heating or cooling, blowing for a long time, and the head is easy to get stuffy.

Therefore, on the whole, the comfort of capillary air conditioning and heating is much higher.