Heat Pumps For Cold Climates

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

Are you looking for a highly advanced and affordable heat pump for hot water available on the market? If yes, then you should look no further than Arctic Series Cold Climate Heat Pump. This system is capable of heating your home, office, shop and pool or hot tub. It features the industry-standard EVI – Enhanced Vapor Injection compressors with DC variable speed input. This heat pump continues providing enormous efficiency in weather as low as -30C (-22F). 

Take a look at the reasons why investing in this heat pump is significant for producing hot water:

Using energy from cold air –

Arctic Cold Climate Heat Pump is specifically designed to operate at a temperature below freezing i.e. -25C (-15F). The air below freezing has the nearly same amount of relative energy likewise above freezing. The cold air has an energy that makes this heat pump work in cold weather. 

Warm air moves to cold –

This principle is used in a heat pump. Warm air contains more energy and more numbers of molecules

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

Are you looking to invest in a heat pump to work in cold weather? If yes, then why don’t you buy Arctic heat pump! This heat pump is engineered with revolutionary heat pump technology. The technology remains unsurpassed in terms of cost and performance. The heat pump works efficiently in cold climates at a half price than a traditional geothermal heat pump.

Read the below discussed benefits and make a decision on the heat pump. 

Maximum energy savings –

The heat pump features with the EVI DC inverter compressors, brushless DC fan motors and PFC control. With all these features, this unit regulates the power output more accurately. It won’t require any starting capacitor as the unit can start and stop gently as well as make adjustments on speeds to accommodate the environment conditions. As a result, the heat pump unit results in 70% less operational costs as compared to other air source heat pumps. 

Accurate temperature control –

The heat pump can change the operational frequency of the

Are you in the new construction phase? Or do you want to retrofit the existing construction? You should get in touch with a professional contractor to help you through the entire design process. They will put together a fully integrated hydronic heating package from the air to water heat pump to the PEX piping and manifolds and everything between. 

If you’re concerned about designing of your HVAC project properly, you should know the heating or cooling load very well. The heating load is nothing but the number of BTUs needed in the coldest day of the year in your area. It will help you keep your home at its specific design set point temperature. Therefore, you should consider professional manual J design service to help you out. 

For heat load design, it’s better to focus on many factors. But remember that, an improperly sized system could make a difference in a cold houses that won’t remain warm in the very cold temperature. If you oversize your heating equipment, it results in

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

Heat load design or Manual J design service is used for selecting and installing the right size heating equipment. It helps determine your home’s heating needs based on location, orientation, and other factors. 

If you are looking for a heat load calculation for your home, doing a Manual J is the best way to get accurate results. 

Heat Load Calculation:

Heat load is the amount of heat required to keep an enclosure within the favorable temperature range. 

Heat load calculation helps calculate and figure out the exact amount of heat load required for a specific enclosure. It is essential to select the right size heating or cooling equipment for your home heating or cooling needs. Without a proper heat load calculation, you would end up guessing at the sizing of the equipment to install. It can result in installing the wrong size equipment. Installing the wrong-sized heating or cooling equipment would not function the desired way. 

Manual J or heat load calculation or design service is

Are you looking to buy heat pumps? You come across a wide assortment of heat pumps that use a single or a dual speed compressor. This means, the pump is either switched on or off. Out of all varieties, you should consider buying an Arctic series EVI DC Inverter Heat Pump. It uses the industry standard compressor i.e. the variable speed DC Panasonic EVI compressor. 

This DC motor in the heat pump operates at the exactly same speed it requires to ensure maximum efficiency. This way, the DC heat pump delivers an average of 30% more efficiency than a standard unit. This becomes more significant as the compressor uses the bulk amount of energy for running a heat pump. 

However, the EVI DC Inverter Heat Pump reduces the energy required by the compressor which results in increasing COP i.e. Co-Efficient of Performance. This unit features with brushless DC fan motor and PFC control which runs at its capacity without requiring any start up capacitor. Generally, conventional motors need starting

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