In the Heating and Cooling Heat Pump structure, the refrigerant directly exchanges heat with the air to be treated, without secondary heat exchange in the middle, which reduces the intermediate heat exchange links, which can effectively reduce the energy consumption of the system and improve the heat exchange efficiency.

What is the technological advancement of Heating and Cooling Heat Pump compared to traditional air conditioners?

Where can Heating and Cooling Heat Pump be used?

Why does Heating and Cooling Heat Pump become the choice of more and more consumers?

What is the technological advancement of Heating and Cooling Heat Pump compared to traditional air conditioners?

The refrigeration principle of the traditional air conditioner is to use the change of the physical state of the refrigerant. The change from the gaseous state to the liquid state will emit heat, and the change from the liquid state to the gaseous state will absorb heat. The "reverse Carnot" cycle used for Heating and Cooling Heat Pump is opposite to the refrigeration principle of traditional air conditioners. Using a "four-way electromagnetic reversing valve", a refrigeration cycle or a heating cycle can be realized, so that the car can get cold or hot air. . In the cycle of air-conditioning refrigerant, a large amount of heat will be released during the process of liquefying high-temperature and high-pressure gas into high-pressure liquid in the condenser, which is the principle of heat pump heat release. In winter, the reversing valve can be used to change the flow direction of the air-conditioning refrigerant. At this time, the evaporator acts as a condenser to release heat in the reverse cycle, forming a "heat source". At this time, only a small amount of electricity is consumed, and a large amount of heat from the outside can be transported and "pumped" into the pure electric vehicle to become a heat pump. However, the heating effect of heat pumps in low temperature environments needs to be improved.

Where can Heating and Cooling Heat Pump be used?

The heating principle of Heating and Cooling Heat Pump is completely different from that of traditional solar water heaters. Air source heat pumps use air, water, solar energy, etc. as low-temperature heat sources. The hot water is directly sent to the user through the circulation system as hot water supply or small area heating using fan coil units. Heating and Cooling Heat Pump is the best solution for large, medium and small hot water centralized supply systems in school dormitories, hotels, bathing centers and other places.

Why does Heating and Cooling Heat Pump become the choice of more and more consumers?

Heating and Cooling Heat Pump is one of the most advanced energy utilization products in the world today. With the rapid development of the economy and the improvement of people's living standards, hot water for domestic use has become a necessity for people's lives. However, traditional water heaters (electric water heaters, fuel-fired water heaters, and gas water heaters) have disadvantages such as high energy consumption, high cost, and serious pollution; The operation of energy-saving and environmentally friendly solar water heaters is restricted by meteorological conditions.

After reading these words, do you have a interest to order an Heating and Cooling Heat Pump ? If necessary, you can contact Guangdong JNOD New Energy Technology Co., LTD., which is an advance Heating and Cooling Heat Pump Manufacturer.

Swimming Pool heat pumps are one of the most cost efficient heating options on the market. The start-up costs can be somewhat expensive but they are highly energy efficient while offering advanced heating technology. Swimming Pool heat pumps pay for themselves after just a couple of seasons via the savings you'll see on your utility bills.

Swimming Pool Heat Pump Benefits

Reliable and durable heat pumps require fewer repairs than gas heaters.

No emissions and low electrical use make heat pumps the eco-friendly pool heater.

Heats for much lower costs, costing 50-75% less than gas heaters to operate.

How Swimming Pool Heat Pumps Work:Swimming Pool heat pumps leverage a combination of air and electricity to heat your pool water. They use electricity to power a fan and a small compressor, to absorb surrounding air heat and transfer it into your pool’s water. Pool heat pumps require very little electricity to run.

Swimming Pool Heat Pump Installation: Heat pumps can be purchased, placed level and plumbed after the filter by any handy homeowner, but we recommend an electrician to come in for the power hook-up.

Swimming Pool Heat Pump Operation Cost: The cost to operate a heat pump depends on many factors such as size of Swimming pool, size of heat pump and the outside air temperature. When the air temperatures are colder, the fan and compressor must run longer to maintain temperature, but during warmer periods the heat pump may need to run only an hour per day to maintain water temperature.

For the swimming pool heat pump, we have both R32 and R410A model. The heating capacity can be made from 3KW to 97.5KW. ON/OFF and inverter model,residetial and commercial are available. It’s with 4 ways valve,provide both heating and cooling mode to create more possibility for pool enjoyment.

If you want to know more information, please feel free to contact us.

Air source heat pump water heaters are the same as the heating principle of air conditioners, they are all heat carriers. The air conditioner moves the outdoor heat into the room, and the air energy water heater moves the outdoor heat to the water tank to heat the cold water in the water tank. Because the heat in the air is free, the air energy water heater also saves electricity.

What is the operating mode and principle of the unit composition of the heat pump water heater?

What are the benefits of installing a heat pump water heater?

What is the difference between a heat pump water heater and an air conditioner?

What is the operating mode and principle of the unit composition of the heat pump water heater?

The heat pump hot water unit is composed of a refrigeration cycle, including two parts: the main engine and the condenser. The main engine part includes evaporator, fan, compressor and expansion valve; the condenser is an incubator with condensing coils inside. The refrigerant absorbs the heat from the outside air in the evaporator and releases heat in the condensing coil through the heat pump cycle to heat the water in the water tank. The thermal insulation layer of the water tank is foamed with closed-cell rubber sponge or polyurethane, and has good thermal insulation performance.

What are the benefits of installing a heat pump water heater?

1. Safety: No gas, no waste gas, and no "gas poisoning"; no electric heating rod for heating, there is no danger of leakage, and people's health and safety are protected.

2. Save money: The COP value is more than 3, the energy efficiency ratio is high, and it definitely saves electricity and money. It can save 2/3~3/4 of electricity expenses, or 1/2~2/3 of gas expenses and auxiliary heating expenses of solar water heaters.

3. Comfort: automatic constant temperature and pressure water supply, never hot and cold when using hot water, hot water has pressure, good comfort. All-weather supply of domestic hot water makes up for the embarrassment of solar energy when there is no hot water available in rainy days, nights, no sunlight, and freezing.

4. Environmental protection: The cold air discharged from the heat pump water heater is beneficial to reduce the room temperature.

What is the difference between a heat pump water heater and an air conditioner?

Comparison of heat pump water heaters and air conditioners: The principle of heat pump water heaters and air conditioners is the same, but the technical content of heat pump water heaters is higher than that of air conditioners, which is why heat pump water heaters have only been listed in recent years. In general, heat pump water heaters are the product of the development of science and technology to a certain stage. The heat dissipation temperature of the air conditioner cannot work in an environment where the cooling temperature is 40~50°C, and the water temperature of the heat pump water heater can reach about 60°C or even higher.

Guangdong JNOD New Energy Technology Co., LTD., which has been established for several years, focuses on the production of heat pump water heaters. Here, you can find the heat pump water heaters you need.

How time flies, the first quarter of 2022 will soon pass. Do you have any new plans for your business? JNOD has developed some new creative products including electric boiler, heat pump and water heaters. In order to thank new and old customers, we will hold an Alibaba online live stream show on March 11, from 8:00-10:00 pm Beijing time. Big discount and promotions are available during the show time. Welcome to join us.

Here's the link to watch our show：

https://www.alibaba.com/live/promotions-for-newly-developed-boiler-and_139230dd-0e7d-4ea5-8f6a-e91d94aa08fa.html?referrer=SellerCopy

With the Super September on Alibaba we will be here with you on our live steam show on Sept  16^th 0:00 Beijing Time.

This time will be mainly promote to you our newest product to support you in the energy war. Both our heat pump and electric boiler are high efficiency and energy saving.

A big discount up to 10% will be shared during the show.

Welcome to join us and feel free to get more information on our live show.

Time: Sept 16^th 0:00 & Sept 22^nd 0:00 Beijing Time.

Link & QR code:

https://www.alibaba.com/live/hottest-trending-electric-boiler-%2526amp%253B-heat_046ebf3a-1bef-42d4-9845-c638bcd7056d.html?referrer=SellerCopy

Does heat pump consume electricity a lot ?

The answer to this question is of great concern to consumers and JNOD's answer is that air source heat pumps are a very energy efficient new energy heating device, compared to other electric heating devices on the market.

Heat pumps require some electricity to operate, but the amount is relatively small. 

The air source heat pump type works by using a small amount of electricity to drive the compressor to run and put the whole heat pump system into operation.

 

Heat is continuously absorbed from the air through the evaporator. 

Finally the heat absorbed and the heat generated by the electricity consumed is transferred to the water through the condenser.

We usually measure the efficiency of a heat pump in terms of COP. 

This unit is determined by measuring the energy input (in this case, electricity) and the energy output (heat). 

A heat pump with a CoP of 3 can produce 3 kW of heat from every 1 kW of electricity. 

Modern heat pump systems can transfer three to four times more heat energy in the form of heat than they consume in electrical energy to do this job. 

Other electric heating products such as the boiler, which has a COP = 1, mean that as much electricity as you want to produce heat is consumed. 

So choose a product with a COP greater than 1 (JNOD's heat pump) and you'll save on your energy bills!

Furthermore, JNOD's heating and cooling heat pump has Inverter EVI technology, which will allow the heat pump to adjust its operating power according to the ambient temperature, which will be even better.

There are many different factors will influence on your heat pump's electricity consumption, for example lifestyle, size of heat pump, heating space size,etc. 

Don't hesitate to contact JNOD for further advice and discussion on heat pump.

How to choose a swimming pool heat pump?

JNOD are selling R32 inverter swimming pool heat pump, its heating capacity ranges from 5.5-32Kw. So, it will be a problem for user or wholesaler to choose the suitable heating capacity for different pool sizes. Let us show you 2 methods to choose the suitable.

Simple & General Method

If you do not want to do complicated calculations and do not take into account extreme weather, you can use the following formula: 3KW for 10m³. For example, if you want to heat a 30CBM pool, (30 CBM÷10CBM)* 3KW = 9KW . So, you can choose the 9.5Kw model.

Accurate calculation Method

This method is used to do a very precise calculation on the heating capacity, considering the heating time, water temperature, ambient temperature, etc.

* Step 1: Calculate the needed heating capacity

In the calculation, we usually set the outlet water temperature at 28℃, primary heating time usually is 48hours.

Formula will use: Q=1.163*△t*V ;

W=Q/T

Explanation:    Q = Heat Demand   (KwH)

△t = Temperature Difference (℃)

V = volume of pool （m³）

W = Heat pump capacity(Kw) - usually will add 15-25% of heat loss

T = Hours for heating （H）

Example: A swimming pool 10*4*1.5m, original temperature is 18℃

Answer: set the target temperature into 28℃, heating hour into 48 hours

Q = 1.163*（28-18）*（10*4*1.5）=697.8 KwH

W= (1+15%) *Q/T=1.15*697.8/48=16.72 KW

*Step 2 : Choose the suitable heating capacity depending on working condition

The heating capacity of a heat pump is not constant; it changes with the ambient temperature. Therefore, after calculating the required heating capacity, we also need to choose the model we need according to the ambient temperature.

Still that sample, we calculate that 16.72Kw is needed. If the ambient temperature is around 24-27℃, you can choose the 17.5Kw model; if ambient temp is around 12-15℃, better to choose 25kw model.

Model	J175P32INVP	J210SP32INVP	J250SP32INVP
Ambient Temperature：（DB/WB）27℃/24.3℃
Heating Capacity (kW)	4.34~18.1	4.72~21.21	5.05~25.28
Power Input (kW)	0.27~2.81	0.29~3.26	0.31~3.89
COP	16.1~6.4	16.2~6.5	16.2~6.5
Ambient Temperature：（DB/WB）15℃/12℃；
Heating Capacity (kW)	3.44~13.35	3.51~14.21	3.81~17.08
Power Input (kW)	0.41~2.61	0.43~2.78	0.48~3.35
COP	8.3~5.1	8.1~5.1	8~5.1

Hope this can help you choose suitable models for swimming pool. 

Any question or idea please don’t hesitate to inquire JNOD!

The Swimming Pool Heat Pump unit dehumidifies the indoor air while keeping the indoor air at a constant temperature. In order to save energy, the air heat is fully recycled during the operation of the equipment, and the recovered heat is used to heat the pool air or pool water through the regeneration system to ensure that the indoor air is at a constant temperature. The condensed water produced by de-temperature can be directly discharged outdoors or recycled into the swimming pool to supplement the pool water.

What are the components of Swimming Pool Heat Pump?

What are the areas of use of the Swimming Pool Heat Pump?

What are the precautions for the use of Swimming Pool Heat Pump?

What are the components of Swimming Pool Heat Pump?

1. The product composition of Swimming Pool Heat Pump:

Rack, heat exchanger, compressor, fan, pool water heat pump heating water cooling condenser, energy regulating valve, solenoid valve, power distribution cabinet, operation control system, etc.

2. Product configuration of Swimming Pool Heat Pump:

(1) Compressor: Copeland hermetic scroll compressor

(2) Heat exchanger: high-efficiency anti-corrosion copper tube sleeve coated aluminum fin or copper tube copper sheet

(3) Pool water heat pump auxiliary heating condenser: copper-titanium alloy material

(4) Energy regulating valve of refrigeration system: American Sporlan or Danfoss

(5) Fan: Sino-German joint venture fan, horizontal structure adopts Siemens or ABB motor with inner rotor pulley

(6) Main electrical appliances: Siemens components, the operation control system adopts Siemens touch screen PLC with communication interface and firefighting linkage.

What are the areas of use of the Swimming Pool Heat Pump?

Swimming Pool Heat Pump offers residential and commercial pool heaters, portable mini pool heat pumps and thermal water heating. It is an efficient, economical and green way to use environmentally friendly refrigerants R32 and R410A and titanium heat exchangers to heat the pool water. If you are looking for an energy-efficient and cost-effective way to heat your pool, we would undoubtedly recommend our Air Source Pool Heat Pump.

What are the precautions for the use of Swimming Pool Heat Pump?

1. Do not use or store gasoline or other flammable and explosive gases and liquids next to the Swimming Pool Heat Pump, otherwise it will cause danger. Do not use the main power switch to turn the pool heat pump on or off, provide an operable switch.

2. Do not stuff anything into the air outlet of the Swimming Pool Heat Pump, it is very dangerous. The fan runs at high speed and may cause personal injury.

3. The ambient temperature of Swimming Pool Heat Pump is -10~38℃, and the water pressure is 0.20~0.6Mpa. If the heat pump is used in an environment other than the above conditions, it may cause the heat pump function to fail. At this time, the installation site needs to be changed.

The demand for Swimming Pool Heat Pump is also growing. Guangdong JNOD New Energy Technology Co., LTD. has been committed to providing customers with the best quality Swimming Pool Heat Pump for many years.

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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.