During winter, everyone strives as much as possible to keep their bodies warm every single minute. This season comes in the cold since freezing air from outdoors is blown into people’s houses, making the temperatures inside subzero. This article centers on the most efficient home heating system.
Owning a heating system is something you should consider mandatory especially if you’re from the polar countries where these extreme conditions are experienced. When it comes to using a heating mechanism in your home, you’re going to incur significant expenses which can make up to 50% of your energy bills.
If you’re looking forward to owning a heating system, you have a wide range of options to select from. You should do good research to get the most efficient home heating system that will serve you for years. There are certainly low-cost operating systems working at a high-efficiency level to achieve the desired temperature in your surroundings.
Why are you recommended to go for a high-efficiency heating system? Basically, high-efficiency systems usually have low operating costs compared to low-efficiency ones. Having a high-efficiency heater might cut your energy expenses up to 50%-70% for the topmost efficient systems.
Don’t forget to keenly choose the right size since your heating system will have to accommodate your house’s heating needs fully. Reach out to an HVAC professional to conduct a heating capacity calculation that will determine the size of the heater you need for your space.
Choosing the Most Efficient Home Heating System
When selecting a heating system for your home, consider the following factors to purchase the most efficient one:
The climatic condition
If you’re experiencing extreme freezing conditions, you should buy a heating system that’s not only larger but also highly efficient. The system should be capable of heating your house fully and save on heating expenses as well.
For temperate climatic conditions, one can own a portable heating system since heating will only be required during cold days.
Type of installation required
The two popular heating systems mostly used are radiant and forced air systems. Radiant heaters are known to be more efficient than forced-air systems. However, radiant systems can be quite difficult to install if the house already exists.
The fuel source and cost
The popular sources of fuel include electricity, propane, natural gas, and heating oil as well. These fuel sources go at different prices i.e. a heating system running on electricity will obviously differ in operation cost when compared to a heating oil-consuming system.
Amount of space you want to heat
Before worrying about the type of heater you want to buy, you should first consider whether you want to heat some specific rooms or the whole house. We recommend you buy a system that has adjustable vents to determine which rooms to heat and the ones to be left out.
Another vital component that enhances the heating efficiency in your home is a thermostat. This adapter maintains the heating cycles in your home, making sure the system is running only when it’s needed to.
Space available for your system
You should get yourself a heating system that matches the size of your house for complete accommodation. You wouldn’t go for a large furnace if you live in a small apartment or home. Some outdoor heating units such as heat pumps cannot apply if you don’t have an outdoor space or yard.
Most Efficient Home Heating System
We’ve looked at the different types of energy-efficient heaters in terms of category. Let’s go through the different options one can go for when purchasing the different heating systems:
These are the most popular efficient heating systems across the world. Most American homes have managed to install residential furnaces to make sure their homes are heated throughout the winter season. The newer furnace models have proven to be more efficient than older ones thus making them many homeowners’ priorities when it comes to purchasing. Depending on your preference, you can purchase any of the following types of furnaces categorized in terms of fuel source:
Gas-fueled furnaces have become a trend, especially in the American countries since it’s seemingly the cheaper option everyone could go for. These furnaces are fueled by natural gas from the local gas supply networks via pipes installed in people’s homes. They are usually cheaper than air heat pumps which are a little more efficient though.
These furnaces use electric power to heat up coils that eventually produce the heat to be supplied in your home. Many homeowners prefer electricity furnaces to other options since they are environmentally friendly. However, they are quite expensive than gas furnaces since electricity costs are typically more expensive.
These furnaces use oil from the local supply to produce heat in the respective homes. Homeowners should inspect the fuel supply to ensure your furnace is not out of fuel when it’s required the most. However, using propane or oil can be relatively expensive compared to natural gas source furnaces.
Boilers and Air Pumps
Using boilers is one of the least common heating approaches in residential areas. However, boilers can also be highly efficient when it comes to indoor heating just like furnaces and air pumps.
Boilers use hot water which is boiled and passed through radiators and pipes across your home. Boilers remove heat from the hot exhaust gases using the second heat exchanger before they’re released to the outdoor air.
Heat Pump System
Lastly, we are going to look at the most eco-friendly as well as most efficient home heating system today. Heat pump systems trap warm air/heat from the ground or air then delivers it to your home through an electric pump.
You can either purchase an air-source pump or a ground-source/geothermal pump which is however less popular than the air pump. We recommend you to purchase either of the two since they are all efficient.
The air source pump is however easier to install than the geothermal pump which might demand underground digging. So, to avoid costly installation costs, you can choose the air source pump.