Heat Pumps For Cold Climates

As the demand for sustainable and energy-efficient home heating solutions rises, cutting-edge technologies are reshaping how we keep our homes warm. Among the most transformative innovations are DC Inverter and Enhanced Vapor Injection (EVI) heat pumps. These systems deliver exceptional energy savings, consistent comfort, and reliable performance, even in harsh winter conditions, making them an ideal choice for future-proofing your home’s heating system.

What is a DC Inverter Heat Pump?

Traditional heat pumps rely on compressors that operate in a binary mode—either fully on or fully off. This constant cycling leads to energy waste, uneven temperatures, and increased wear on the system.

DC Inverter heat pumps, however, utilize a variable-speed compressor, typically powered by a brushless DC motor. This technology allows the compressor to adjust its speed dynamically based on your home’s heating needs. By avoiding abrupt start-stop cycles, DC Inverter heat pumps reduce energy consumption,

Are you looking to create a comfortable home environment? If yes, temperature control is just one part of the equation. For most homeowners, the persistent hum, rattle, or sudden roar of a traditional HVAC system can impact sleep, disturb conversations, or take away from the peace of being at home. Fortunately, there's a quieter, more advanced alternative available, i.e. a hydronic air handler, and Arctic’s advanced technology is leading the way in noise-free comfort.

Why Traditional HVAC Systems Produce Noise?,

Traditional forced-air systems often depend on single-speed motors and mechanical fan systems that can cause excessive noise—especially when the system starts up or shuts down. These systems are inefficient and disruptive. Ductwork vibrations, pressure surges, and even aging parts can significantly contribute to the overall noise pollution inside your home.

This is where an Arctic Hydronic Air Handler comes in handy. 

Whisper-Quiet Comfort with Variable Speed Technology

The Arctic 

Air to Water Heat Pumps have gained attention for their ability to deliver heating and cooling while cutting energy use. But in freezing climates, not all heat pumps perform equally. Some struggle in low temperatures, while others keep homes warm—even when the thermometer drops to –30 °C. What makes the difference?

The Challenge of Cold-Climate Operation

Standard air-source heat pumps rely on outdoor air to extract heat. As temperatures fall, there’s less thermal energy available, and many systems lose efficiency. At –10 °C or –15 °C, typical models may begin to fail or require backup heat sources.

This is where high-performance systems like those offered by Arctic Heat Pumps stand apart. These units don’t just survive cold—they function at peak performance in it.

Key Design Features That Make It Possible

EVI Compressor Technology

Arctic Heat Pumps use Enhanced Vapor Injection (EVI) compressors. This design allows for additional refrigerant to be injected during the compression cycle,

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

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

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

Are you looking for the revolutionary heat pump system? If yes, then Arctic Heat Pumps stand out from the rest. Generally, Arctic Heat Pumps are considered as one of the best heat pumps for cold climates. They are perfectly engineered to deliver higher energy efficiency at half of the price of a traditional geothermal heat pump.

The heat pumps from Arctic Series come with variable speed pumps, European Sanhua Valves, Panasonic EVI DC Inverter Compressors, and Chico Digital Control System. All of them are harnessed directly into fully weatherproof housing.

Why Do Arctic Heat Pumps Work Really Well on Cold Climates?

Integrated Heating –

Arctic Heat Pump can be able to control the entire heating and cooling needs including residential hot water. The heat pump can integrate with different heating sources like radiant floor heater or cooler, central air handlers for forced air, split fan coils for heating individual rooms, and low temperature radiators.

You can integrate to any pool or hot tub

Installing a heat pump is a major decision that most homeowners need to consider carefully. When it comes to installing a heat pump, the main question that may come to your mind whether to install a heat pump with an inverter drive unit or a fixed output.

What’s the difference between a fixed output and inverter heat pump?

The difference between these two types of heat pumps lies in how they supply the energy required from the heat pump to fulfill the heating requirements of a property.

A fixed output heat pump functions by unceasingly either being turned on or tuned off. When turned on, a fixed output heat pump runs at 100 percent ability to fulfil your heating requirement. It’ll continue to do this until the heat demand is fulfilled.

However, an inverter heat pump employs an adjustable speed compressor which curbs its output by increasing or reducing its speed to match exactly the heat needs of the property as the outdoor air temperature changes.

When the heat demand is lower the heat

You may already know, heat pumps are significantly more energy-efficient than simple electric heaters. The traditional heat pumps that are in use for many years are non-inverter heat pump. But with the development of recent years, the technology of air source heat pump has also been upgraded greatly, of which DC inverter air source heat pump has gradually become the mainstream choice of businesses and families. So, why is the DC inverter heat pump becoming more and more popular?

This post will help you understand the benefits of the DC inverter heat pump before you start searching for a reputable DC inverter heat pump supplier online.

INVERTER HEAT PUMP TECHNOLOGY EXPLAINED

When running a normal air conditioner, the AC cycles between an on and off state. It turns on for a frame of time and, when the home gets cooled sufficiently, it tuns off. And when the air gradually returns to match the outdoor temperature, the AC turns back on again. This is how heaters and air conditioners have been