Adding Labels To Home Boilers

Best HVAC Types For Your Home

Replacing or buying an HVAC for your house is a great responsibility. The unit you settle for will determine your home’s comfort, utility bills and how much you will pay for maintenance in the next 10 or so years. Since HVAC systems come in different configurations and sizes, it is wise to do some research before settling for a unit

Matching the System Type to Your Home


The most popular heating and cooling systems will use independent heating and cooling systems. Modern split systems and heat pumps combine the heating and cooling functions into one unit.

Choosing the Right System for Your House

To get the perfect system for your home, you will have to consider a couple of factors and apply them to the HVAC systems discussed below

-How cold or how hot can it get during winter or summer
-What kind of fuel or energy is readily available
-Do you have the money to fund expensive one-time installations or do you want to install in bits
-How big is your house
-Are you at liberty of ripping up the house and installing ducting

Split Systems

Split HVAC systems have a portion installed outside and another portion inside the home. In most cases, a split system consists of a furnace and an air conditioning unit. You can purchase each part of the system independently as long as you mind the compatibility. This gives you the freedom to do modular upgrades to whatever section of the system you think is underpowered.

-Split systems are fairly cheap and you can retrofit on an existing furnace
-Gas or oil heating is convenient and will work perfectly in cold regions
-You will need the installer to match the equipment and there are more components to use when building the complete split system

Hybrid Split Systems

With a hybrid heat split system, you will have the furnace for aggressive heating and a heat pump to handle all the cooling and some bit of the heating. Heat pumps are the most energy-efficient when it comes to heating. The only problem is their heating capabilities are easily overwhelmed by very cold weather. This is when the furnace will kick in to catch the slack.

-Highly energy efficient as they reduce the number of times you have to fall back to gas or oil furnaces
-Very efficient in cooling and heating

If you live in temperate regions, there is no need to use the hybrid layout. You can ditch the furnace and just use a heat pump. Chances are that it will hold it’s own even on the cold nights since temperatures will rarely dip too low. For more information on boiler quotes in the United Kingdom please see http://quoteaboiler.co.uk

Ductless Systems

The majority of HVAC systems will use a network of ducts to spread heated or cooled air. While this might be convenient in new houses, extending the system might be problematic. There are less possible failure points and the system tends to be more efficient.

According to the US Department of Energy, you can save up to $875 in utility bills by choosing the best ductless system.

Moreover, installation is easier and cheaper as there are no ducts to lay. There won’t be residual dust, pet hair or pollen in ducts to worry about, leaving your system fresh and efficient for longer. However, you might have to do maintenance more often since the system will tend to work harder year-round especially when you force a small system to condition a big room.

Packaged HVAC
Packaged systems are the best for small houses or rental apartments that are too small to accommodate a split system. The heating and cooling parts of the system go into your house saving much-needed space.

The system will have fewer components, hence it will be cheaper. You also won’t have to tamper with the house too much to get the system up and running making it perfect for people spending temporary time in rental houses. The system is, however, less efficient and will cost you more to run.

Apart from choosing the system type, you will also have to match the HVAC size to your home size. Buying too small a unit or something too big will affect efficiency and power consumption.