Heat Pumps For Cold Climates

You might be concerned about climbing energy bills. But, like most homeowners, you are wondering whether there’s an alternative. Switching to the renewable energy source for heating has become paramount for homeowners. Hence, gas and electricity from fossil fuels are just things of the past. 

Transitioning to green technology like an air source heat pump is often a no-brainer for those looking for affordable bills and green energy alternatives. However, it’s essential to consider why investing in air source heat pump technology is necessary. 

Generally, an air source heat pump works by transferring heat absorbed from the surrounding air to homes or any indoor space. The heat pump works like a refrigerator, absorbing heat and transferring it to another medium. Now switch your focus to the significant reasons behind the investment:

1.  Low Carbon Footprint

Air source heat pumps have the form of low carbon heating as they utilize surrounding air for heating or cooling your home. Therefore, you

Air-to-water heat pump systems provide efficient heating and cooling to your home, especially if you live in a moderate climate. All you need is a proper installation of a system. The heat pump can provide one and a half up to three times more thermal energy to a home than the electricity it uses. It can be due to heat transfer by the heat pump, unlike other combustion heating systems.

Most United States and Scandinavian countries use air source heat pumps. But they don’t work well in freezing temperatures. So even if the climate is sub-freezing in winter, running air to water heat pumps can cost you more for your heating requirements. However, air-to-water heat pump systems specifically designed for cold climates have started to deliver outstanding results.

If you want to learn how the air-to-water heat pump unit works, you can check out the post below for a better understanding.

How Do Air to Water Heat Pumps Work?

Generally, investing in a complete and modern heat pump system provide

Are you looking for the best heat pump system for radiant floor heating? If so, you should look no further than the Arctic Air to Water Heat pump. This system stands unmatched among any heat pump available on the market. The main reason behind it is the lower the design temperature the higher the heat pump performance. 

Usually, radiant floors need around 110-120F supply temperature and the larger systems can require temperatures as low as 80-90F. You will take advantage of lower design temperature and higher performance through geothermal systems. All modern hydronic heating systems are specifically designed around lower temperatures and solar thermal, condensing gas boilers and heat pumps work well at lower design temperatures.

Arctic series air to water heat pump is ideal for radiant floor heating because it has a larger buffer mass than other heating emitters. The large mass allows the heat pump to make smaller temperature shifts and the mass can be able to hold a large amount of

Today, there’re more opportunities to use heat pumps in a wide array of climates, including cold-climate zones. All-electric, high-performance heat pumps are among the most effective & popular technologies for decarbonizing cooling and heating, particularly as the industry moves toward strategic electrification & a less carbon-heavy grid. With the assortment of available ducted & ductless products, heat pump solutions are accessible for low-load, new construction and retrofit projects. Dislocation of fossil-fuel-burning HVAC unit is already feasible. 

Heat pumps offer more energy in the form of heat than they employ in the form of electrical energy. The competence of a heat pump is explained by its COP (Coefficient of Performance). The higher the COP, the more competent the system. Combustion-based heating units such as boilers and furnaces top out with COPS of 0.96-0.98. Conventional electrical-resistance system might attain a COP of 1, but COP values for some cold-climate heat pump