With the continuous improvement of social and economic level, my country's air energy industry has ushered in a period of rapid development, and the scope of application of Swimming Pool Heat Pump products is also expanding. With the advantages of safety, energy saving and constant temperature, Swimming Pool Heat Pump has gradually become a better choice for swimming pools, gymnasiums, bathing centers and other places to solve the problem of constant temperature heating.

How does the Swimming Pool Heat Pump work?

What are the features of Swimming Pool Heat Pump?

Why choose the right Swimming Pool Heat Pump?

How does the Swimming Pool Heat Pump work?

Swimming Pool Heat Pump is a new type of high-efficiency energy-saving constant temperature heating equipment. It is a device that uses a small amount of electricity to drive heat from a low-temperature heat source to a high-temperature heat source based on the basic principle of reversed Carnot cycle. During operation, 1 part of energy is consumed, and 4 parts of energy (heat) are absorbed and transferred from the ambient air to the water, which saves 3/4 of the electricity compared to the water heater.

What are the features of Swimming Pool Heat Pump?

1. Swimming Pool Heat Pump, using advanced titanium alloy heat exchanger, has strong internal corrosion and can resist the erosion of chloride ions in water.

2. Swimming Pool Heat Pump is flexible in design and easy to install: integral design, beautiful and compact unit, small installation area.

3. The Swimming Pool Heat Pump project is easy to install, and the operation and maintenance costs are low.

4. The energy efficiency ratio of Swimming Pool Heat Pump is as high as 5.0, leading the industry.

5. Swimming Pool Heat Pump, using international environmentally friendly refrigerants (R410A/R417A), energy saving and environmental protection, no pollution to the environment.

6.Swimming Pool Heat Pump, super quiet, provide comfortable temperature.

Why choose the right Swimming Pool Heat Pump?

From "heating is too slow", "heating can't keep up with heat dissipation, the constant temperature feeling is useless", and even "the equipment uses electricity and does not dare to open it often", these problems may be caused by the wrong selection of Swimming Pool Heat Pumps. Therefore, when choosing a suitable Swimming Pool Heat Pump for a swimming pool, we must scientifically evaluate the required heating capacity of the swimming pool in the two stages of initial heating and constant temperature, and choose the one with greater demand as the basis for matching selection.

Under normal circumstances, the heating amount in the initial heating stage of the swimming pool will be higher than that in the constant temperature stage. Therefore, the first step in the selection of Swimming Pool Heat Pump is to understand the heating capacity required for the initial heating of the swimming pool.

JNOD has a complete heat pump industry chain, and its products involve Swimming Pool Heat Pump, House Heating & Cooling Heat Pump, Domestic Hot Water Heat Pump, Heat Pump Dehumidifier, Commercial & Industrial High Temperature Water Heating Solution, Industrial and Agricultural Heat Pump Dryer, etc.

The heating and cooling heat pump is a highly efficient, energy-saving device that makes full use of inferior thermal energy. Heat can be transferred spontaneously from a hot object to a cold object, but not spontaneously in the opposite direction.

How does the heating and cooling heat pump work?

What does the operating time of the heating and cooling heat pump have to do?

What is the function of the heating and cooling heat pump?

How does the heating and cooling heat pump work?

In the heating and cooling circuit of the heat pump, the heat Q0kcal/h is obtained from the low temperature heat source (outside air or circulating water whose temperature is higher than the evaporation temperature t0) and the mechanical work ALkcal/h is consumed, while the heat of Q0kcal/h is obtained from the low temperature heat source (outside air or circulating water whose temperature is higher than the evaporation temperature t0) and the mechanical work ALkcal/h is consumed. The heating system) provides the heat of Q1kcal/h, and the relationship between these heats corresponds to the first main law of thermodynamics, ie Q1=Q0+ALkcal/h

If the heating and cooling heat pump is not used and the heat is converted by mechanical work (or the high temperature heat source is heated directly by electrical energy, the heat obtained is ALkcal/h, and after the heat pump device is used, the high temperature heat source (heating system) receives more heat is obtained: Q1-AL=Q0, kcal/h This heat is obtained from a low temperature heat source, and this heat cannot be obtained without a heat pump device. Therefore, using a heat pump device can save fuel and use waste heat.

What does the operating time of the heating and cooling heat pump have to do?

The working cycle of a heating and cooling heat pump is exactly the opposite of that of a thermal engine. A thermal engine uses the energy of a high-temperature heat source to generate mechanical work, while a heat pump transfers heat from a low-temperature heat source to a high-temperature object by consuming mechanical work.

If the heat pump and the heat engine have two identical heat source temperatures, the thermal efficiency of the heat engine cycle is η=AL/Q1; the energy index of the thermal engine cycle – the heat conversion coefficient φ=Q1/AL, i.e. φ=1/η. The value of η is always less than 1, so the value of φ is greater than 1.

If the refrigerator and the heat pump have two identical heat source temperatures, the relationship between them is φ=Q1/AL=(Q0+AL)/AL=e+1, where η is the refrigerator's cooling coefficient. It can be seen that the minimum value of the heat transfer coefficient φ η1 and in this limit case Q0 E0, that is, no heat is absorbed from the low temperature heat source.

What is the function of the heating and cooling heat pump?

Green simultaneous universal heat pump for heating and cooling

We offer not only advanced, energy-efficient heat pumps with advanced inverter technology, but also a complete solution for heating, cooling and hot water supply of residential buildings.

WiFi remote control

The heating and cooling heat pump can be controlled via Wi-Fi, allowing users to operate their heat pumps anytime, anywhere.

Three in one function mode

Hot water (DHW) + Heating and cooling.

Guangdong JNOD New Energy Technology Co., LTD. Focus on research and development of heat pumps and electric boilers, manufacturing and providing comprehensive energy saving solutions.

The iterative upgrade of technology has brought more possibilities and greater imagination to the swimming pool equipment industry. This is the case with the application of air energy technology. With the continuous advancement of the dual-carbon strategy, the emergence of Heating and Cooling Heat Pump not only refreshes people's experience, but also redefines the effect of energy saving and consumption reduction.

What changes can Heating and Cooling Heat Pump bring to consumers' lives?

Can the Heating and Cooling Heat Pump provide continuous heating?

What is the running cost of Heating and Cooling Heat Pump?

What changes can Heating and Cooling Heat Pump bring to consumers' lives?

Heating and Cooling Heat Pump is a kind of air-conditioning water heater equipment that uses air as a cold (heat) source to provide air conditioning, heating and domestic hot water to indoor spaces.

There are five operating modes for the Heating and Cooling Heat Pump. The cooling and cooling heating water modes can be operated in summer; the heating and heating heating water modes can be operated in winter; the hot water mode can be operated separately in excessive seasons, so as to provide cooling, dehumidification, heating and domestic hot water to the living environment throughout the year. When the unit operates in the cooling and heating water mode, it can achieve full heat recovery, the total two-way energy efficiency ratio is above 7.0, and the domestic hot water is completely free.

Can the Heating and Cooling Heat Pump provide continuous heating?

Continuity Analysis of Heating and Cooling Heat Pump

Heating and Cooling Heat Pump heating and traditional solar heating are usually equipped with a water tank to store heat for indoor heating. However, the air energy heat pump can absorb low temperature heat energy from the low temperature environment, and then convert it into high temperature heat energy through the compressor, so as to This can continuously supply heating and hot water to meet indoor heating needs. However, when solar heating is insufficient in sunlight, it is difficult to heat the heating circulating water in the water tank, especially at night and in bad weather, the indoor heating effect will inevitably be affected.

What is the running cost of Heating and Cooling Heat Pump?

When the outdoor light conditions are good, the operating cost of solar heating will be lower than that of Heating and Cooling Heat Pump, after all, the heat source mainly comes from free sunlight. However, at night and in rainy, windy and snowy weather, the thermal efficiency of the electric auxiliary heating used in solar heating equipment is much lower than that of Heating and Cooling Heat Pump heating equipment. Especially in winter, rainy, windy and snowy weather occupies most of the time. Therefore, if solar heating wants to get a good heating effect, it must pay more energy.

Guangdong JNOD New Energy Technology Co., LTD. has full experience in the field of energy products for more than 13 years. JNOD has kept growing rapidly during these years since it was established. In 2020, more than 60% of our heat pump products were exported to Europe, North America , Middle East, Australia, and other developed regions.

Heating and Cooling Heat Pump uses scientific methods to make low-temperature heat energy flow to high-temperature heat energy according to the "inverse Carnot principle", and obtains more heat energy from the air, which has wide adaptability.

How does the Heating and Cooling Heat Pump cycle for cooling and heating?

What is the principle of Heating and Cooling Heat Pump?

Can the Heating and Cooling Heat Pump still operate at an ambient temperature of 0°C?

How does the Heating and Cooling Heat Pump cycle for cooling and heating?

During heating, the refrigerant (environmentally friendly refrigerant) in the Heating and Cooling Heat Pump host will absorb the low-temperature heat energy in the air through the evaporator, and then convert it into high-temperature heat energy through the compressor, and then transfer the heat energy to the heating circulating water through the heat exchanger. Finally, the heated hot water is transported to the indoor heating terminal for heat dissipation through the water pump, and then returned to the heat exchanger for heating after the heat dissipation, and the process is repeated.

During cooling, the cycle of the Heating and Cooling Heat Pump system is just the opposite, absorbing the indoor heat and transferring it to the outdoors. Air heat exchange, an additional heat exchange program.

What is the principle of Heating and Cooling Heat Pump?

Shallow water sources on the earth's surface (generally within 1000 meters), such as groundwater, surface rivers, lakes and oceans, absorb considerable radiant energy from the sun into the earth, and the temperature of water sources is generally very stable. The working principle of Heating and Cooling Heat Pump is to realize the transfer of low-temperature heat to high-temperature by inputting a small amount of high-grade energy (such as electric energy). The water body is used as the heat source of heat pump heating in winter and the cold source of air conditioning in summer, that is, the heat in the building is "taken out" and released into the water body in summer. Because the water source temperature is low, it can efficiently take away the heat, so as to achieve the purpose of indoor cooling of the building in summer; In winter, heat energy is "extracted" from the water source and sent to the building for heating through Heating and Cooling Heat Pump.

Can the Heating and Cooling Heat Pump still operate at an ambient temperature of 0°C?

The answer is yes, although Heating and Cooling Heat Pumpproducts were mostly used in high temperature areas in the early days, with the continuous development of heat pump technology, air energy heat pump heating can be used in most areas, especially for some low temperature environments. The Heating and Cooling Heat Pump uses technologies such as jet enthalpy to ensure that the Heating and Cooling Heat Pump can operate normally in severe cold climates.

Guangdong JNOD New Energy Technology Co., LTD. has been committed to providing customers with Heating and Cooling Heat Pumps and perfect after-sales service so that customers can invest easily, use them with confidence, and have no worries.

In this era of carbon neutrality and carbon peak, people began to understand the concept of environmental protection and began to implement environmental protection policies, such as the use of environmentally friendly and energy-saving products in life, etc. Even the swimming pool water treatment industry has paid more attention to the environmental protection and energy-saving performance of Swimming Pool Heat Pump.

What are the structural features of the Swimming Pool Heat Pump?

Why is Swimming Pool Heat Pump a cost-effective choice?

Why do Swimming Pool Heat Pumps need an anti-condensation system?

What are the structural features of the Swimming Pool Heat Pump?

1. In line with environmentally sustainable development strategy

Swimming Pool Heat Pump adopts environmentally friendly R407C refrigerant fluorine-free system, which saves energy and reduces emissions, and uses free green energy without pollution.

2. Plasma sterilization, 360 purify air

The Swimming Pool Heat Pump can choose the original plasma sterilization and purification technology, which actively generates a large number of active hydroxide ions, surrounds and adsorbs the bacteria and destroys the protein structure on the surface of the bacteria, so as to achieve the effect of sterilization and purification.

Why is Swimming Pool Heat Pump a cost-effective choice?

Box structure of Swimming Pool Heat Pump, independent and beautiful

The panel is made of GI galvanized steel material, embedded with polyurethane (PU) fire-proof, sound-insulating and heat-insulating material, and the inside and outside are sprayed with anti-corrosion spray; , The refrigerant compression system accessories are separated from the air duct system of the heat pump independently to avoid corrosion by ammonia-containing air, ensure a longer service life of the heat pump, and facilitate disassembly and maintenance.

Swimming Pool Heat Pump has multiple system protection

①Pressure protection: high pressure protection, low pressure protection, water filling protection;

②Temperature protection: Excessive exhaust temperature protection, compressor overcut protection, hot water temperature protection

③ Power protection: lack/reverse phase protection, compressor overload protection.

Why do Swimming Pool Heat Pumps need an anti-condensation system?

① The anti-condensation sensor of Swimming Pool Heat Pump can avoid condensation and condensation on the inner surface of indoor glass windows and walls. When the temperature at the indoor anti-condensation dew point is too low, the anti-condensation sensor installed in the place will fed back the information to the unit control system so that the unit can re-adjust the indoor relative humidity, so that the temperature here is higher than the dew point temperature to prevent condensation.

② If there are parts that are particularly prone to condensation and condensation in the swimming pool space, the Swimming Pool Heat Pump can be equipped with a special anti-condensation and condensation system to ensure that the temperature of the condensation-prone parts of the swimming pool is above the dew point temperature.

JNOD has a complete heat pump industry chain, and its products involve Swimming Pool Heat Pump, House Heating & Cooling Heat Pump, Domestic Hot Water Heat Pump, Heat Pump Dehumidifier, Commercial & Industrial High Temperature Water Heating Solution, Industrial and Agricultural Heat Pump Dryer, etc. The ultra-low temperature EVI heat pump has been widely used, too.

Air source heat pumps are a relatively new technology that can be used to heat your property in a more environmentally friendly and energy efficient way. As they use the ambient air outside of the property as their heat source, there is no need for a gas supply. This makes them a suitable heating solution for most homes, regardless of whether they are connected to the gas network.

How does an air source heat pump work?

There are 2 types of air source heat pump: air to water and air to air. This is how each of them works.

How an air to water heat pump works

Here is a step by step breakdown of how an air to water heat pump works:

1.    The heat pump has an outdoor unit, which contains a fan that draws air in from outside the property. This air then passes over tubes or coils filled with liquid refrigerant.

2.    The liquid refrigerant is much colder than the ambient temperature, even if the outside air is at sub-zero temperatures, and begins to heat up when air is passed over it.

3.    As the refrigerant continues to heat up, it becomes steam which is moved to a compressor. This compresses the steam which raises the temperature of the refrigerant even further.

4.    The heat of the refrigerant is then transferred to the water in the central heating system in your home, and any water stored in a hot water tank, for hot running water.

5.    The refrigerant, which has now passed on its heat, is then cooled and cycled back to begin the process again.

How an air to water heat pump works

Air to air heat pumps are essentially updated versions of air conditioning units that don't only cool air, but can also heat it. They work in the same way as an air to water heat pump, but transfer heat to the air in a ventilation system, rather than to the water in a central heating system.
A big drawback of air to air heat pumps is that they require a property to have air ducts installed throughout, in which to distribute warm air. They are also incapable of heating running water. This means they are not generally suitable for existing and older properties.

We have provided an in depth comparison of these heat pumps in our Air to Water Heat Pumps vs Air to Air Heat Pumps article.

Different types of air source heat pump

Not only are there air to water and air to air heat pumps, but each of these types of air source heat pump is generally available in different models. Namely monobloc air source heat pumps and split air source heat pumps.

Monobloc heat pumps

These are a large single outdoor fan unit which connects directly to the central heating system and will need to be located close to your property. There is no indoor unit, which can help to free-up space inside your property.

Split heat pumps

Split heat pumps consist of 2 main units: the outdoor fan unit and the indoor heating and cooling unit. These generally take up less space outside, but will require the use of some inside space.

To understand the pros and cons of monobloc and split air source heat pumps, and to find out more about how they differ, you can go to our article: Split Heat Pumps vs Monobloc Heat Pumps

Air source heat pump temperatures

Air to water heat pumps often come in 2 separate temperature ranges: low temperature and high temperature. It's important to know what each of these temperature types are as they could affect your installation costs.

Low temperature heat pumps

While traditional gas boilers will heat the water in a central heating system to temperatures of around 80°C to ensure the radiators around the property are providing ample heat. Low temperature air source heat pumps are only capable of heating radiators to a temperature of around 60°C. Due to the lower maximum temperature these heat pumps are capable of producing, more heated surface area is required to keep a property warm. This means you will need bigger radiators or underfloor heating to truly benefit from the installation of a low temperature heat pump.

High temperature heat pumps

Generally, high temperature air source heat pumps are capable of heating the water in a central heating system to around 75°C – 80°C. This is more in line with the temperatures provided by gas boilers. This makes them easier to integrate into an existing traditional heating system, but they do require more power to run.

For an in depth comparison and explanation of different temperature levels in heat pumps, check out our Low Temperature vs High Temperature Air Source Heat Pumps article.

The benefits & disadvantages of an air source heat pump

There are many benefits to getting an air source heat pump installed at your property, but there are some disadvantages too. To help you make the right decision for your home, we created the article: Air Source Heat Pumps vs Gas Boilers. This covers the advantages and disadvantages of each technology, cost comparisons and things you will need to consider when getting either heating solution installed.

Finding an Installer

As air source heat pumps are a relatively new technology, you may find it harder to find a heating engineer in your area that's well versed with installing them. More and more heating engineers are starting to adopt air source heat pumps as a heating solution they will install, but it may not be clear where to find them.
Fortunately, this is something we can help with. Simply click the link below and we'll find you up to 3 quotes from air source trained heating engineers in your area.

With the development of the times, heat pump technology is a new energy-saving technology that has attracted much attention all over the world. The pump we all know is a machine that transports liquid or pressurizes liquid. For example, the water pump mainly raises the water level or increases the water pressure, while the oil pump is used a device that transports various oils and transports these fluids to a higher position or pressure. Then today I will introduce you to Heat Pump Hot Water Heaters.

What is the selling point of Heat Pump Hot Water Heater?

What are the similarities between Heat Pump Hot Water Heater and Air Source Water Heater?

What is the difference between Heat Pump Hot Water Heater and Air Source Water Heater?

What is the selling point of Heat Pump Hot Water Heater?

The selling point of the Heat Pump Hot Water Heater is air energy. For household items, one of the most basic needs of people is convenience. Therefore, convenience has become the second highlight of air energy water heaters. Because the amount of air is not affected by indoor and outdoor, sunny and cloudy days, compared with solar water heaters, Heat Pump Hot Water Heater is very convenient, whether it is installed indoors or outdoors, let alone cloudy and sunny days, the temperature is above zero degrees Celsius, can be used. In addition, after a tank of water is used up, the air source water heater only needs no more than an hour to make another tank of hot water, which can be used by the family around the clock.

What are the similarities between Heat Pump Hot Water Heater and Air Source Water Heater?

1. Working principle. Both Heat Pump Hot Water Heaters and air energy water heaters operate on a small amount of electric drive equipment, absorb the free heat in the air, and then use the free air heat for heating.

Second, the advantages. Because the working principle is the same, the advantages of Heat Pump Hot Water Heaters and air energy water heaters are basically the same, and both have many advantages such as safety, energy saving, environmental protection, stability and comfort.

What is the difference between Heat Pump Hot Water Heater and Air Source Water Heater?

The main difference is that the function is different. The main function of the air energy water heater is to provide domestic hot water, while the Heat Pump Hot Water Heater can not only provide domestic hot water, but also provide heating and cooling services. It can be said that Heat Pump Hot Water Heaters include air energy water heaters, and air energy water heaters are just one of many products of Heat Pump Hot Water Heaters. If consumers want to buy air energy products, it is best to find out their needs before purchasing. If you only need hot water, buy an air source water heater. If you want a better consumer experience, Heat Pump Hot Water Heater is a good choice.

JNOD has a complete heat pump industry chain, and its products involve Swimming Pool Heat Pump, House Heating & Cooling Heat Pump, Domestic Hot Water Heat Pump, Heat Pump Dehumidifier, Commercial & Industrial High Temperature Water Heating Solution, Industrial and Agricultural Heat Pump Dryer, etc. The ultra-low temperature EVI heat pump has been widely used, too.

With the soaring price of gas and the emphasis on environmental protection in many countries around the world, heat pumps are becoming more and more important and popular among consumers and manufacturers. In the last 2 years, many various kinds of heat pumps have appeared on the market. In this article, we will teach you how to choose a good hybrid hot water heat pump, also called all in one heat pump water heater.

For a hot water heat pump, the water tank is very important, both the outcase and the interior are very important.

* Internal

At this point, we would recommend our customers to choose a hot water heat pump with an enameled water tank for the following reasons.

A. Good thermal insulation: Take JNOD's all in one heat pump with enameled tank as an example. After testing, when the water in the tank is boiled to the set temperature and then power off, the water in the tank will only have a temperature drop of 5-8 degrees Celsius after 24 hours. Such a hybrid heat pump is your wise choice.

B. Strong corrosion resistance: In areas with bad water quality, there are more impurities in the water. If you use the general iron water tank, the welding joints inside are prone to chemical reaction with impurities, which leads to the problem of water leakage.

* Outcase

Here we recommend that consumers choose galvanized steel plate as the shell material. There are businesses in the market will choose color plate. The service life of the color plate is very short, only 1-2 years. A long time inside the box exposed will also lead to water leakage problems in the tank.

Expect these suggestions will let you choose a better heat pump! Feel free to contact JNOD with any questions! Link:https://www.jnodheatpump.com

Heating and cooling heat pump is a device that transfers thermal energy from a low temperature heat source to a high temperature heat source. for cooling and heating. The low-temperature heat sources usually used in heat pump installations are the media around us - air, river water, sea water, urban sewage, surface water, groundwater, reclaimed water, fire pools, or the working fluid discharged from industrial production equipment, these working fluids Often has a similar temperature to the surrounding medium.

How does the heating and cooling heat pump work?

Compared with ordinary central air conditioning refrigeration and gas wall-hung boiler heating, why does heating and cooling heat pump feel better?

What are the installation precautions for heating and cooling heat pump?

How does the heating and cooling heat pump work?

Water flows from high to low, and heat is transferred from high-temperature objects to low-temperature objects, which is a natural law. However, in real life, for the needs of agricultural irrigation, domestic water, etc., people use water pumps to send water from low places to high places. Similarly, in today's increasingly tense energy environment, in order to recover the heat in the low-temperature hot gas usually discharged into the atmosphere, the low-temperature hot water discharged into the river, etc., the heating and cooling heat pump is used to transfer the heat energy from the low-temperature objects to the high-temperature objects. Then the high temperature object is used to heat water or heating, so that the heat can be fully utilized. The working principle of the heat pump system is consistent with the working principle of the refrigeration system.

Compared with ordinary central air conditioning refrigeration and gas wall-hung boiler heating, why does heating and cooling heat pump feel better?

Heating and cooling heat pump has an additional heat exchange procedure in the cycle process, and the temperature difference of the system heat exchange is smaller (the air temperature of the fan coil unit in summer is 15℃-20℃, and the air temperature of the fan coil unit in winter is about 32℃) , the wind blowing out is softer, it will not take too much moisture, and the comfort is much better.

What are the installation precautions for heating and cooling heat pump?

The installation location of the heating and cooling heat pump is a problem. Many people look at the installation example and think that the heat pump host with a water tank takes up too much space. The installation of the elevator apartment has to occupy a large living balcony or kitchen space. In fact, the air energy heat pump is also related to the power Related, the equipment of a large apartment is very large, and the equipment of a small apartment will be very small, and it can even be installed on an ordinary central air-conditioning unit.

Guangdong JNOD New Energy Technology Co., LTD. can provide product certification requirements for local markets; provide catalogs, technical manuals; co-exhibit with the clients in leading industry exhibitions; do promotion on the local market's media by our news release resources.

Air source heat pump water heaters have the characteristics of high efficiency and energy saving. Its energy saving effect is 4 times that of electric water heaters, 3 times that of gas water heaters, and about 2 times that of solar water heaters.

Is there a difference between an air source heat pump water heater and a normal water heater?

What are the environmental protection features of heat pump water heaters?

How does the heat pump water heater work?

Is there a difference between an air source heat pump water heater and a normal water heater?

Environmental protection, the heat pump water heater realizes that there is hot water whenever you want. Because it does not use electric heating elements for direct heating, compared with electric water heaters, it eliminates the potential safety hazard of electric leakage; compared with gas water heaters, there is no gas leakage, or Safety hazards such as carbon monoxide poisoning, so it has better safety performance. The air energy heat pump is regenerative, and the heating function is automatically activated according to the temperature in the water tank to ensure sufficient supply of hot water for 24 hours, so there is no such problem as the gas water heater that cannot meet the hot water for multiple faucets at the same time, nor will it There is a problem that the capacity of the electric water heater is small, and many people need to wait for a bath. The hot water is ready to use, the water output is large, and the water temperature is stable, meeting all your expectations for hot water. Because its power consumption is only one-fourth of the same amount of electric water heater, which is equivalent to using the same amount of hot water, using an air-energy heat pump, the electricity bill is only one-fourth of that of electric heating. Calculated for a family of 4, the normal consumption of hot water is about 200l/day. Electric water heaters cost about 4 yuan/day for heating, while heat pump water heaters only cost about 1 yuan/day, saving 1,000 yuan a year.

Where are the environmental protection features of heat pump water heaters?

Environmental protection of heat pump water heaters: using clean energy, no waste gas, waste water, waste residue, and no thermal effect on the air. The use of environmentally friendly heat medium, cfc-free, will not cause damage to the atmospheric ozone layer. Uses of heat pump water heaters: heat pump water heaters can be used in hot water systems with a temperature requirement lower than 65°C, such as bathing, sauna, swimming pool, foot bath, beauty salon, agricultural breeding, etc. The heat pump water heater has a high energy efficiency ratio and is more energy-saving.

How does the heat pump water heater work?

A heat pump water heater is essentially a heat lifting device. The function of the heat pump is to absorb heat from the surrounding environment and transfer it to the object being heated (a higher temperature object). Its working principle is the same as that of a refrigerator. It works according to the reversed Carnot cycle, the only difference is that the working temperature range is different.

Guangdong JNOD New Energy Technology Co., LTD. has been a Chinese pioneer in heat pump water heater for several years. They can provide any type of heat pump water heaters you need. At the same time, their after-sales service is also very considerate.

Compared with the traditional swimming pool heating method, the biggest advantage of Swimming Pool Heat Pump is that it can effectively improve the heating speed and constant temperature of the swimming pool, making the swimming pool water heating safer, more energy-saving and faster, so as to meet the different heating temperature requirements of the swimming pool.

Is the Swimming Pool Heat Pump safe to use?

What are the application advantages of Swimming Pool Heat Pump?

What are the benefits for consumers of the application of Swimming Pool Heat Pump?

Is the Swimming Pool Heat Pump safe to use?

Swimming Pool Heat Pump relies on the "reverse Carnot" principle to work, using clean and renewable raw materials (air energy + electricity) as energy, neither generating harmful gases to the human body nor causing pollution to the atmosphere. With only a small amount of electricity input, a large amount of heating benefits can be obtained, providing a 24-hour constant temperature for the swimming pool.

From the perspective of energy saving and safety, Swimming Pool Heat Pump is an ideal choice for indoor swimming pool heating equipment. It is powerful, stable and efficient. It adopts high-efficiency titanium bubble heat exchanger, which has high efficiency, corrosion resistance and ultra-high energy efficiency. Refrigeration accessories, high operating efficiency and energy saving. And it is safe and reliable, water and electricity are completely separated; it can also intelligently control, realize independent temperature control, intelligent defrosting, etc. It is widely used in various swimming pools, hotel swimming pools, SPA, hot springs, bubble pools, etc., and it is easy to use.

What are the application advantages of Swimming Pool Heat Pump?

Swimming Pool Heat Pumpdoes not discharge any pollutants during operation, and there are no safety hazards such as fire, explosion, poisoning, etc., which is very safe and environmentally friendly. As a professional swimming pool constant temperature equipment, Tongyi Air Energy swimming pool special constant temperature heat pump is equipped with a triple disinfection filter protection system, which can automatically complete disinfection, adjust pH value, and collect tiny dirt and suspended particles (such as dandruff, dust, etc. in swimming pool water) ), hair and other pollutants, not only to ensure the cleanliness of the swimming pool water, but also to protect the normal operation of subsequent equipment, effectively reducing the workload of the staff. For swimming pool operators, Swimming Pool Heat Pump saves more than 65% of operating costs compared to hot water equipment using other energy sources, and the unit is fully automatic and intelligent, which greatly reduces labor costs.

What are the benefits for consumers of the application of Swimming Pool Heat Pump?

The Swimming Pool Heat Pump keeps the indoor heated swimming pool at a constant temperature of 26-28 degrees. Normal swimming pools use cold water. Due to the low water temperature (0-10 degrees in winter, 10-20 degrees in summer), not many people can swim in cold water, especially children, the possibility of catching a cold is very high. The constant temperature swimming pool is heated by heating equipment and maintains a temperature of 26-28 degrees throughout the year, which is suitable for the human body and allows you to say goodbye to the risk of swimming colds.

Guangdong JNOD New Energy Technology Co., LTD. focuses on heat pump& electric boiler R&D, manufacturing and providing comprehensive energy-saving solutions.

2022-6-5 · Your Dealer Will Have 24 /7 Access To Your System With The Ecoer Pro App Worry Free Cloud Computing 10-year limited warranty* on parts This technology will identify and replace faulty components before system problems …

2010-12-1 · Heat pump systems using the new chemical are more efficient because compressors that use R410A run cooler. This means they use less energy and are less likely to burn out. In additional, R410A absorbs and releases heat more efficiently which means systems using it will use less electricity and operates more efficiency [33].

JNOD Hot Water Heat Pumps provide a highly efficient means of heating hot water for commercial and industrial applications. An average COP of 4.2 means the energy efficiency is over 4 times that of conventional water heaters. It draws heat energy from ambient air. Which means, saving 60% - 75% in energy costs compared with electric water heaters.

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Room 824-826, Lotus Business Building, No.195 Commericial Avenue, Huadou District, Guangzhou City, Guangdong, China, 510800; 0086-15918546403; sales@runmiaosp

oem hight Low Cost R32 natural gas swimming pool heaters heat pump

In addition to the heat pump technology, this model also has two backup electric heating elements that help the water heater recover quickly during periods of high demand. The ProLine AL is Northwest Energy Efficiency Alliance (NEEA) Tier 4 qualified. Download a Heat Pump Brochure Download a Heat Pump Specification Sheet View the HPS10280H045DV

2021-10-14 · For air source heat pump cooling, the basic process is reversed. The indoor unit acts as the evaporator, and the outdoor unit acts as the condenser. Air from inside the building moves across the coils, and the refrigerant absorbs the heat energy. This process evaporates the refrigerant, creating a gas.