Heating System Types You Should Know About

Since the beginning of time, humans have needed some way to stay warm. Indoor comfort can be a lifesaver when it is cold outside.

The technology that allows you to keep your home warm has significantly improved.

This blog will make modern heating more understandable by explaining the three primary heating technologies and comparing the benefits and drawbacks of each.

Heat Pumps

Although the terms “heat pumps” and “furnace are often interchangeable, this is an error. They are different in that they can both heat your home and because they can be used to do so.

Heat pumps can heat your home by heating fuel. Furnaces generate heat by burning fuel. Heat pumps take heat from outside and transfer it indoors.
This can often be confusing or surprising for people.

If it is so cold outside, how can a heat pump collect heat? Even on days that feel very cold, there’s still plenty of heat energy outside. This is true even when it is below 40 or 30 degrees Fahrenheit. This heat energy is collected by heat pumps, which reverse the process of an air conditioner.

They collect heat from the outside and bring it inside. The downside is that your outdoor unit will get colder due to the heat collection process.

Heat pumps also need to defrost cycles, which can shut down your heater for a while. There are some benefits, such as high energy efficiency and emission-free heating.

An air conditioner can be used to combine heat pumps with other units. This will allow you to have both heating and cooling from one energy-efficient unit. Heat pumps can also be used in conjunction with gas furnaces to make “dual fuel heating systems.”

This arrangement provides homeowners reliable heat from both these technologies while reducing their disadvantages.

Furnaces

Furnaces represent the latest evolution of heating technology that has been in use since dawn time.

The furnace uses fuel to produce heat. You can easily turn on your furnace as you need it by using a controlled enclosed flame.

Modern furnaces are powered by natural gas. It’s cheap, plentiful in energy, and emits little carbon dioxide.

The gas is burnt in a “burner” before the heat generated is transferred into the air via a heat exchanging device. Your central duct system, along with your blower fan, then circulates the warm air generated by your heat exchanger throughout your home.

Contrary to traditional fireplaces that heat only the area around them, a central furnace can heat entire homes.

Boilers

While boilers are the most common of all three types of heating that we will discuss, they are also the most effective.

Boilers make use of water’s ability to carry heat and transmit it. A boiler is basically a high-power water heater. The system’s water is then pumped into your home through special plumbing lines.

This allows it to reach radiators, floor heating grids, and other heating devices. These mechanisms allow the water to heat your home by releasing the heat it has captured. Once it has cooled, it returns to the boiler to start the cycle again.

Modern boilers have remarkable efficiency and heat water at extremely high temperatures quicker while using very little electricity.

They can also heat small spaces to great effect and can be engineered to provide precise zoning. A few boiler systems can double as a source of hot water and replace the need to heat water.

Leaks can prove to be devastating. It can also be very difficult and expensive to put in a boiler if you don’t have one.

Boilers are generally more common in older buildings, which may not have cooling ductwork or central heating, and areas with low temperatures.

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The best heating system for your home: Geothermal Heat Pumps

Geothermal systems operate in the same way as conventional heating systems, except that they use the soil around your home or nearby water bodies to capture heat and release it.

The loop, which is a series of pipes, is buried several feet below the ground. It can be submerged in a water source or drilled very deeply in a vertical loop. Even though the loop is only a few feet deep, temperatures can remain between 45 and 60 degrees throughout the year. The loop is cooled by water or refrigerant solutions. Heat is either picked up or released as needed.

Geothermal heating systems are the most efficient. They can save up to 70% on heating bills. They can be used in conjunction with other heat pumps and are very safe and eco-friendly. Geothermal systems can require more investment upfront than other heating equipment.

It will also be necessary to dig trenches in your yard for the placement of ground loop pipes.

The monthly savings and the cost of a geothermal heat pump will usually cover it within five years. You may qualify for tax credits from the federal or state governments for these systems. Talk to your heating contractor for more details.