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

Are you looking to purchase heat pump to work in cold weather? If yes, then why don’t you invest in a low temperature heat pump i.e. Arctic Cold Climate Heat Pump. This type of heat pump works on refrigeration cycle. Take a look at this post and learn how refrigeration cycle in a heat pump works.

Cold air contains energy. 

Arctic cold climate heat pumps are specifically designed to work in below freezing temperature i.e. as low as – 25C or -15 F. Some people think that the air below freezing has around the same amount of relative energy likewise above freezing. It’s better to understand the concept that cold air contains energy. The temperature is absolute zero i.e. 273 C in space where there is no energy left in the air. 

Warm air always moves to cold. 

This is the important concept used in a heat pump. However, warm air contains more energy and molecules colliding than cold air. The natural phenomenon of migrating warm air to the cold air goes on until the establishment of equilibrium

Are you searching for the highly energy efficient air source heat pump that works in cold climates in North America? If yes, then you should look no further than Arctic Heat Pump. This heat pump is well-known because of its hydronic heating and cooling benefits. 

The air source heat pump system is specifically engineered to integrate with a solar thermal heater. It can increase the overall efficiency and operational costs of the system by a further 20%. However, solar thermal system is a right alternative to integrate with an air source heat pump. 

The Arctic Series air source heat pump works better with SunRain solar vacuum tube collectors. They can provide hot water to the system amidst the coldest winter in North America. These collectors are considered as the top technology in the industry and come with 10 years of warranty. The efficient solar vacuum tube collectors are able to produce energy even during cloudy weather. 

If the solar thermal system has 80% efficiency rating, it

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

Air source pumps cater as an alternative way to heat your house, and could be the perfect solution if you wish to produce your own heat and possibly save cash on your utility bills.

How an air source heat pump work?

An air source heat pump is generally installed outdoors at the back or side of a property. The pump requires electricity to operate, but it should employ less electrical energy than the heat it generates.

There’re 2 main kinds of air source heat pumps: air-to-water & air-to-heat. The air source heat pump functions a bit like a refrigerator in reverse. The unit consists of a compressor, a condenser and an evaporator. The air source heat pump absorb heat from the external air into a liquid at a low temperature, then the heat pump compressor increases the temperature of that heat. In the condenser, the hot fluid’s heat is shifted to your heating & hot-water circuits. So you can employ it to warm up your house.

The most noteworthy benefits of an air source heat pump are the

Installing a heat pump is the best thing you can do to ensure you’ve the most capable technology to fulfill your home’s heating & cooling requirements. Making proper use of your heat pump and maintaining it regularly will assure you get the best performance out of it while enjoying great saving in your utility bills. Listed below are a few tips on how to make the most of your heat pump.

Don’t use “Auto” Mode:

Rather than “Automatic” mode, set the heat pump mode to “cool” during the summer and “Heat” in the winter. Automatic mode will not wait for any command to switch between cooling and heating according to indoor temperatures. Your heat pump could start heating on a cool summer night or start cooling on a sunny winter afternoon. As soon as you find a comfy temperature setting on either “cool” or “heat” mode, you can set it and enjoy maximum efficiency.

Give regular maintenance & inspection a priority:

Regular upkeep & inspection will make sure your heat pump Maine remains in peak

Heat pump technology has been highly adopted in the pool industry for its significant cost savings. Most pool heat pumps can save pool owners over 70% in heating costs. But, these heat pumps have two main problems:

1. These heat pumps work during the swimming pool season and lose their efficiency quickly as the outdoor temperature minimizes.
2. Their output is over 80 degrees – which is too cold for hot tub temperature.

Until now most spa owners adapt standard electric heating systems. But nowadays electricity is becoming more and more expensive and will continue to go further. However, the Arctic series air source heat pump  comes in three sizes.

The smaller SPA-025ZA is perfect to use for hot tub and spa owners. The heat pump produces 9KW – high temperature rating and 5KW – low temperature rating of heat energy. This smaller heat pump can deliver the temperature rating in temperatures as low as 20 F (-7C). It provides homeowners with operational cost savings over ordinary spa heaters.

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Are you looking for the right alternative to gas or electric heating system? And want to avoid high energy bills? Switching to a more eco-friendly option is ideal for your needs. This is where; an air source heat pump for hot water comes in. Take a look at this post and know better about air source heat pump for hot water before making a final decision:

Generally, air source heat pumps (ASHPs) work by transferring heat, absorbed from the outside air to indoor. They provide ample amount of hot water to home or an office through the wet central heating systems to heat radiators.

The working principle of heat pumps is similar to a refrigerator as they absorb heat from the surrounding and transfer it to another medium. Some air source heat pumps can be used as a cooling alternative during the summer months. They are installed outside the building with sufficient space.

Why Do Use Air Source Heat Pumps for Hot Water?

The most important reasons behind using an air source for hot water at home

Are you looking for most energy-efficient air source heat pump for cold climates? If yes, then Arctic air source heat pump is the ideal solution and works really well in North America. This heat pump is used for hydronic heating and cooling purposes.

In addition to, the Arctic series heat pumps are designed to integrate with solar thermal heating systems. As a result, you can see an uplift of further 20% in the overall efficiency and operating costs of the system. Therefore, solar thermal system is a right combination to use with an air source heat pump.

Generally, Arctic Heat Pump uses the industry-standard collector – SunRain solar vacuum tube collector which can provide hot water to the system even in the coldest North American winter. These collectors come with a 10 year warranty and are considered as the top-rated technology in North American solar industry.

However, the higher efficiency of solar vacuum tubes allows the system to produce sufficient energy during cloudy days. The