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Showing posts with the label EVI DC Inverter

EVI Heat Pump - The Eco-Friendly Solution for Home Heating and Cooling

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  Currently, the world is increasingly conscious of the impact of human activities on the environment. So, most homeowners are looking for more environment-friendly solutions for heating and cooling their homes. You should invest in an EVI heat pump , manufactured with cutting-edge technology, making it a more efficient and sustainable system for both home heating and cooling.   Understanding an EVI Heat Pump EVI stands for "Enhanced Vapor Injection”. It’s cutting-edge technology that allows heat pump units to operate more efficiently at a lower temperature which is accomplished by injecting a small amount of refrigerant into the compressor. This allows the heat pump to extract heat from the air even during below-freezing temperatures. How Does an EVI Heat Pump Work? Like every heat pump, an EVI heat pump operates by transferring heat from one location to another. When it comes to home heating and cooling, an EVI heat pump extracts heat from the outdoor air and transfers i...

Why Do You Invest in an EVI DC Inverter Heat Pump?

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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 ...