Heat Pumps For Cold Climates

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

There’s a huge availability of heat pumps on the market. Nowadays air-to-water heat pumps are gaining immense popularity. Unlike other heat pumps, the Arctic heat pump uses the air-to-water principles. This hydronic heat pump provides so many benefits over conventional air-to-air heat pumps. The water heater can deliver quality energy storage through its buffer tank. 

Though the heat pumps store heat energy, they can be distributed to any source you want like residential hot water, heating and cooling fans, finned radiators, hydronic in-floor heating, air handlers, pools, and hot tubs. This means you can expect heating and cooling benefits from this one heat pump. It will save around 60-75% as compared to traditional heaters. The comfort of this heat pump system is superior to forced air as it’s much cleaner, quiet and affordable enough to operate. 

This Arctic heat pump is able to cover your heating needs up to -30C (-22F). Depending on the location you’re living in, there could be a

Do you own a pool at home? And are you living in warmer climates? If yes, then you may find it a big hassle to regulate the pool temperature from getting too hot. When the water temperature goes above 30 C or 86 F, it can be bit problematic for you. 

Take a look at all the hassles that warm pool water can bring to you:

• The warmer temperature makes perfect for the growth of algae and other bacteria. 
• The chlorine gas in warm water dissipates much faster and needs much stronger doses. If the pool water gets more chlorine, it makes you uncomfortable by irritating your skin and eyes. 
• If you leave the pool untreated in warm weather, no wonder it will turn into a green mess. 

Remember that, a rule of thumb states that you’ll need two times more chlorine for every 10 degrees F over 80F.  However, the right solution to this problem is the Arctic Pool & Spa Heat Pumps. They are hybrid heaters which help in heating and cooling the pool water efficiently. 

Why Do You Buy Arctic Pool & Spa Chillers

Opening up those winter electricity bills can be discouraging, particularly if you know you have needed extra warmth during that month. Fortunately, you don’t have to pay a fortune to keep yourself warm in winter.

Staying warm means staying healthy and there’re ways to decrease your heating costs without forfeiting comfort. Give these below listed 3 tips a try and next time you open your monthly electricity bill, you will definitely notice the difference you have made.

Set & forget:

Are you aware of the different ways in which you can utilize your heat pump to its full capacity? Making the best use of the programming features of your heat pump can go a long way towards making certain your home always receive the correct temperature and keeping your energy bills in check.

Low temperature heat pumps come equipped with a wide array of features that have all been designed to help the users get the most from their heat pumps. The programing feature is there to help decrease your power use, in

It is nearly winter in the Northern Hemisphere; time for individuals to cuddle up with their families, follow the now-global act of hygge, and track down alternate ways of managing the overall absence of sun. But, the cold is at the door, and with it comes the topic of how to best warm our homes and organizations minus any additional warming of the entire planet. 

Until this time, urban areas and states in colder environments have zeroed in on decarbonizing building warming frameworks by advancing high productivity gas items. However, the worldview overturning during 2020 has seen driving states to focus on forceful objectives for relocating away from non-renewable energy source-based warming and on second thought toward cold climate heat pump choices. 

Cold environments are seeing a resurgent consideration on heat pumps due to mechanical advances that have at last permitted heat pumps to function in cold temperatures. The critical component allowing sub-freezing execution is a

If energy proficiency and solace are two of your first concerns for your home, then, at that point, you want to investigate introducing a low temperature heat pump of reputed make in your home. Heat pumps are the absolute most effective HVAC frameworks available today. Rather than developing heat from a fuel source like oil or gas, heat pumps work by drawing heat energy from the external air and moving it into inside air and the other way around in the summer. That is right; your heat pump functions as a warming and cooling framework. 

Let us know a few benefits of introducing low temperature heat pumps of reputed make in your house. 

A low temperature heat pump is fit to work with low temperature distribution frameworks like underfloor warming, low temperature radiators and fan loop units. The lower the output water temperature, the more productive their activity, consequently a lower running expense.

The benefits of using a heat pump 

There are many advantages of introducing a heat pump

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

Are you looking for the most energy efficient air source heat pump in the market? Want your heat pump to work really well in cold climates like North America? If yes, then you should look no further than Arctic Air Source Heat Pump. This technology is considered as a highly efficient and reliable one for its hydronic heating and cooling applications.

Generally, an Arctic series air source heat pump is perfectly engineered to integrate with a solar thermal heater. After the integration, the system can deliver optimal efficiency and operational costs. Solar thermal system is a right combination to use along with an air source heat pump which can add an extra of 47,000 BTU per day on an average per collector.

These heat pumps come with Sun Rain solar evacuated tube collectors that can help you deliver hot water to the system even in the coldest North American winter. These collectors are considered as the state of the art technology in North America and come with a 10 years warranty.

The

Have you decided to invest in the best cold weather heat pumps? If so, you should look no further than Arctic Heat Pumps. You can use them for heating and cooling needs at home. Generally, these systems use a EcoULTRA Buffer Tank with backup heating element.

The Arctic series heat pumps control the primary pump, selection of heating or cooling and switching of three way valve. Different demand zones like heating loops and cooling zones need their own pumps and controls. Arctic Heat Pumps can design the supply (heat pump) and the demand (radiant zones) for you at no extra cost.

In addition, Arctic series cold weather heat pumps  can be used for different applications at home. Different uses of Arctic Heat Pumps are discussed below:

Radiant Heating and Residential Hot Water

The buffer tank remains charged with hot water in this system. The water or glycol circulates as required through radiant floor loop around the house. There are zone temperature sensors in the system that will let you