Heat Pumps For Cold Climates

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 and stopping operation constantly; but the DC motor reduces the required input energy while minimizing the amount of wear and tear on the compressor. 

When you use the Arctic EVI DC Inverter Heat Pump, you will get better control over temperature. After all, most compressors switch on and operate until they attain the set point and will switch off until they go below the set point. This results in hot and cold fluctuation in the room temperature as well as much longer operation times. 

But the DC Inverter Heat Pump has variable speed compressor that can reach the preferred room temperature much faster as the compressor can operate at the high speed right from the beginning. Once it attains the preferred temperature, the compressor will throttle back and maintain the temperature and continue supplying the desired amount of energy as required. As a result, you will take advantage of improved comfort and lower operational costs than conventional heat pumps. 

How Does an EVI DC Inverter Heat Pump Work?

EVI stands for the “Enhanced Vapor Injection” which is the latest technology used in manufacturing Arctic cold climate heat pumps so that they deliver maximum performance even at lower temperature. An EVI DC Inverter Heat Pump uses a third smaller internal plate heat exchanger known as “Economizer” during the refrigeration cycle. Some of the hot refrigerant vapor present on the condenser uses a bypass valve and combines with the colder gas on the evaporator side. 

After that, the heat energy gets transferred by increasing the gas temperature further and injected at mid range pressure into the top part of the scroll compressor through a vapor injection port. By utilizing the EVI heat pump technology, the Arctic heat pumps can overcome the limitation of maximum flow temperature than other cold climate heat exchangers available. 

EVI Inverter Heat Pump technology allows more amount of heat energy to be delivered which results in greater COP even at much lower temperatures. Moreover, the EVI technology ensures increasing performance efficiency by 27-30%. If you want to take advantage of using EVI DC Inverter Heat Pumps, feel free to contact Arctic Heat Pumps right now at 1-866-800-8123.