Heat Pumps For Cold Climates

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

Air to water heat pumps is capable of offering efficient cooling and heating for your household, particularly if you reside in a moderate climate. After the installation is done, an air to water heat pump can provide from one and a half up to three times more thermal energy to a house than the electrical energy it spends. This can occur because of the fact that the heat pump transfers heat, instead of transforming it from a kind of fuel as typical combustion heating units do. 

Though air-source heat pumps are employed in the majority of the United States & Scandinavian countries, they usually don’t perform pretty well under sub-zero temperatures. In climates with sub-zero winter temperatures, air to water heat pumps can produce promising results. 

How does an air-to-water heat pump work?

The creativity of an air to water heat pump lies in the fact that it utilizes renewable solar power in outdoor air and transfers it to the waterborne heating unit in the property. This is how the heat

Making a decision to install a heat pump is big for any homeowner. Replacing the conventional heating system with a renewable alternative makes them spend a lot of time researching the various options available and every other aspect of it. Things like how these renewable heating systems work, how much will they cost for installation and operation and whether they should opt for an air source or a ground source heat pump.

Another confusion that overwhelms people regarding heat pumps is whether to go for fixed output heat pumps or for an inverter heat pump? As per experts, the inverter heat pump has several advantages over the fixed output ones. So let us take a look at the benefits of installing an inverter heat pump below:

Inverter Heat Pump Units offer Greater Efficiency

As compared to conventional heating systems like fossil fuel burning units, both fixed output and inverter heat pumps offer higher levels of energy efficiency. But when fixed output and inverter heat pump are compared

With the increase in energy prices, most people intend to take advantage of cost savings from heat pumps for heating and cooling needs. This is where a quality air to water heat pump for hot water comes in handy. 

The heat pump can be used for heating water at home. When you use a heat pump for hot water, it offers you maximum cost savings. However, Arctic series heat pump can be added to your home to take advantage of optimal savings on heating and cooling. 

Nowadays companies like GE, Rheem and A.O. Smith are manufacturing highly integrated heat pump systems to produce hot water. Generally, these heat pumps extract energy from the air and transfer to the residential hot water tank. 

These single tank systems are specifically engineered for residential hot water. As a homeowner, you can heat and cool water at home, pool, or hot tub with an Arctic Heat Pump system. It can provide you with hot water throughout the year. 

What Makes a Heat Pump Perfect for Heating Water? 

Generally, a heat

Are you looking to buy a heat pump for pool? If yes, then you should consider purchasing Arctic 025ZA/B Titanium Heat Pump. This heat pump is a chiller and heater in one unit. It can heat and cool your pool by choosing a controller simply. The heat pump is a perfect alternative to hot climates that require a retreat from hot summer heat. 

However, a cold water plunge is a must for most pool users. Now you can take advantage of cold therapeutic benefits. But the swimming pools that are excessively hot can cause issues like chemical imbalance and algae growth. When the temperature of water increases, chlorine gas from swimming pool evaporates. 

The Arctic series pool heat pump allows pool owners to minimize temperatures to attain the right levels. In addition, you can avoid hot summer heat waves by chilling your pool. When the temperature reduces, the Arctic Heat Pump will get back to the heating mode. 

Taking Advantage of Heating & Cooling with Arctic 025ZA/B Heat Pump

Arctic 025ZA/B Heat

Do you require proper designing of HVAC project? If yes, then you should keep in mind that any HVAC project requires understanding the heating or cooling load. The heating load is the number of BTUs needed during the coldest time of the year to keep the house at its design set point temperature. 

The heating load depends on different factors; but an improperly sized system can make a difference in a cold house that can’t stay warm during cold weather conditions. On the other hand, over sizing your heating equipment results in additional upfront costs and higher monthly operational costs. Therefore, getting it right is significant. 

In fact, all of the building projects should begin with designing heating and cooling load. It will help you determine the equipment size your home will require. This decision depends on different factors like its geographical location, the design and size of the building and the materials used in the construction process. 

However, heating or cooling design

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

Are you living in warmer climates? Do you own a swimming pool? If yes, then you must be well-aware of the problems with regulating the pool temperature from getting to hot. The temperatures of the pool water above 30C or 86F can be a hassle. 

First of all, the warm temperature is perfect for the growth of algae and other bacteria. Secondly, the chlorine gas dissipates with warm water faster and needs stronger doses. If the pool water has more chlorine, it leads to uncomfortable irritation of skin and eyes. 

If you leave the pool untreated in warm weather, it will turn into a green mess quickly. A general rule of thumb for every 10 degrees F over 80 F weather, your pool will need two times more chlorine. The solution is the Arctic Pool & Spa chiller for swimming pools. It’s otherwise known as a Hybrid Heater as it will heat and chill the water perfectly. 

Generally, the Arctic Pool & Spa chillers for swimming pools come with the automatic temperature function that allows you to set 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