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INSULIN PUMP Write For UsINSULIN PUMP Write For Us – When it comes to cooling systems for your home, do you know all the options available? Air conditioners are a popular option, and you’re probably already familiar with how they work. But over the last few years, heat pumps have been gaining popularity, and you may have heard of them but not fully understand how they differ from air conditioners. Do they both work the same? What features do they offer? In this writing, we will try to clarify the doubts and answer some of the most common questions about heat pumps in contrast to air conditioning.

Differences between air conditioning and heat pumps

Conventional air conditioning systems and heat pump essentially work on the same technology. That is, taking the heat from a space and releasing it to the outside, leaving the interior room more relaxed and comfortable. What sets heat pumps apart is that they can reverse this process and, in simple terms, can take heat from outside and release it inside, providing heating to our indoor spaces.

Air conditioning works quite simply INSULIN PUMP Write For Us

It uses a refrigerant that flows through a closed circuit and continuously evaporates and condenses to transfer heat. The indoor unit consists of an evaporator coil, while the outdoor team consists of a condenser, a compressor and a fan. The heat inside our homes is transferred through the waves, then dispersed outside through the outdoor unit fan.

As for heat pumps, we can find different types, depending on the source they use, aerothermal heat pumps and geothermal heat pumps. Air source heat pumps use air to transfer heat from the surrounding air. On the other hand, geothermal heat pumps use the warmth from the ground. In this article, we will focus on air source or air source heat pumps.

Air source heat pumps work the same way as conventional air conditioners, as they use a refrigerant that evaporates and condenses in a cyclical process to transfer heat from inside to outside. A heat pump usually has the same components as an air conditioner. But, as we’ve mentioned before, this process can be reversed, made possible by a reversing valve that redirects the refrigerant through the coils. Heat pumps can collect heat from outside, even during the coldest months, and transfer it inside to heat our home..


Within the range of aerothermal heat pumps, we can also distinguish another category, depending on how the heat is distributed in our home. Thus, there are air-to-air heat pumps and air-to-water heat pumps. These are its characteristics:

  • Air-to-air heat pumps are functionally more similar to conventional air conditioning systems. We can find them in configurations identical to air conditioning: split type, cassette type and console type. Air-to-air heat pumps transfer the heat present in the air and release it as cooled or heated air.
  • Air-to-water heat pumps transport heat from the perspective to the water through a system of pipes around the house. This type also allows you to store domestic hot water and use it for bathing, showering, and domestic hot water. The indoor units of an air-water heat pump consist of radiators, underfloor heating or fan coils, through which water circulates for heating and cooling.

Both conventional air conditioning equipment and air-to-water heat pumps are efficient from an energy point of view; both help control humidity and promote air circulation, creating a healthier home environment. Both systems can incorporate specialized filters in the indoor units to protect their interiors and improve indoor air quality.

If you want to know more about how air conditioning can improve indoor air quality and keep allergens at bay, read our article here.

Advantages of air conditioning equipment

Despite their similarities, when comparing conventional air conditioning to air source heat pumps, there are some advantages to consider:

  • Air conditioning equipment is specialized in refrigeration.
  • As refrigeration experts, they are specifically designed for cooling, so they are more appropriate in places where temperatures are constantly warm.
  • Air conditioning systems usually require a lower initial cost to install than heat pumps.
  • Although, of course, this depends on many factors, such as your cooling needs, tonnage, location of the unit, and the size of your home. And although it will vary greatly depending on the house’s architecture, smaller houses generally benefit from lower installation costs.
  • Air conditioning systems can be easier to install than heat pumps, although, as mentioned above, this also depends on the type of air conditioning.
  • Another aspect to consider is whether or not you will need the installation of conduits. Air conditioners come in various configurations to fit different spaces, from tiny apartments to large multi-room homes. Multiple indoor units and one outdoor unit can be installed, and various indoor unit styles can be chosen.

Advantages of air source heat pumps

Air source heat pumps offer significant advantages compared to air conditioning systems, mainly because heat pumps are two-way heating and cooling systems.

Let’s look at these advantages:

  • A heat pump provides cooling and heating in a single system. Thanks to the reverse process discussed above, all heat pumps can be used for cooling and heating. But in the case of air-water systems, there is an added advantage since they can also supply domestic hot water. It is ideal for those who want a three-in-one solution for all their HVAC needs.
  • It is an entirely electric system; The bills for public services for heating and domestic hot water, in the case of air-to-water heat pumps, are all electric, which reduces the hassle of keeping up with the different costs of each need. Learn more about the benefits of an all-electric heating and cooling system here.
  • Using clean, renewable energy, a heat pump has a lower carbon trail and is more environmentally friendly than combustion-based heating systems, such as boilers, ovens and gas burners. Likewise, it doesn’t contribute to greenhouse gas emissions, and it’s safer for our homes since there are no dangerous exhaust gases to worry about.

Air conditioning or heat pump: Which is better?

As you have seen, air conditioners and air-fed heat pumps have many advantages, but which is better? The reply is not as simple as expected, as it depends on your situation. Here are some factors to consider when choosing between a conventional air conditioner and a heat pump.

  • Although both the air conditioning and the heat pump are adaptable and versatile systems, the budget of the initial installation can be a decisive factor depending on the characteristics of your home. Both air conditioners and air-to-air heat pumps can be installed with or without ducts. An air-water heat pump will need to incorporate radiators, underfloor heating or fan coils to work, which could indicate a significant renovation of the home, or could be an ideal solution if your house already has these elements installed.
  • Do you live in a region with a moderate climate? Or do you experience extreme winter conditions? Although heat pumps can effectively heat an entire home, they don’t work as well in subzero temperatures. Heat pumps may need to run longer in extreme freezing temperatures than combustion systems to achieve a comfortable indoor heating environment. For this reason, they are excellent for areas with a more moderate climate. Although this does not mean they cannot be used in regions with freezing winters, they will have to be combined with another conventional heating system that backs up the heat pump on frigid days to achieve optimal heating.
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  • Cooling, heating and hot water requirements. Location aside, what do you have installed in your home? Do you need heating and cooling? Or maybe you already have a heating system you’re happy with and need cooling? Depending on the answer to these questions, you can consider air conditioning or heat pumps. Also, if you need heating and decide on a heat pump, do you want it to provide you with domestic hot water? Think about your home’s needs, which will help you create a better choice.
  • The size and architecture of your house. Whether you live in a cosy open-concept loft or multi-bedroom home with more than one story dramatically influences the type of HVAC system you’ll need. Smaller homes can benefit from simpler mini-split units. Meanwhile, large houses will require the installation of multiple indoor units for each room or underfloor heating in the case of air-to-water heat pumps. If you’re unsure which system is best for your home, let a trusted installer advise you based on your situation.

Hitachi heat pumps for efficient cooling and heating

As you have seen, what defines air source heat pumps is the versatility to cool your home in the warmer months and provide heating from renewable energy through the same system during the colder months.

Within the range of Hitachi air conditioning products, you will find the Yutaki heat pump system, which offers heating, cooling and domestic hot water all in one. Yutaki is not mentioned without the word efficient following it, as the range has been praised for having the best COP and EER on the market. You can find more thorough information about the Yutaki range on our website.

We hope we have shed more light on the differences between conventional air conditioning systems and air source heat pumps. Whether for cooling or heating, if you want to know the technology that Hitachi Residential Air Conditioning offers for year-round home comfort, check out this link to see our ranges.


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