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Showing posts with the label Arctic Heat Pump

Deciding Between Solar or Air-Source Heat Pump for Your Pool Heater

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Every pool owner desires a cozy swimming environment, but choosing the right heating method can be a daunting task. Solar pool heaters and air-source heat pumps are two popular options, each with its own set of advantages and drawbacks. Let's delve into the details to help you make a wise choice: Solar Pool Heater: Harnessing solar energy directly, solar pool heaters offer impressive efficiency, transferring thermal radiation to warm pool water. Here's a breakdown of their pros and cons:   Pros: Cost-Effective: Solar pool heaters have minimal operating costs, barring electricity for the pool pump. Low Maintenance: They require little upkeep, simplifying maintenance for pool owners. Eco-Friendly: Direct solar energy usage makes them environmentally friendly. DIY Installation: Installation is DIY-friendly, reducing setup expenses. Cons: High Initial Cost: The upfront investment is considerable compared to alternatives. Slow Heating: They may take...

What Makes Arctic Heat Pump Ideal for Cold Climates?

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Are you searching for the right heat pump system for cold climates? Arctic Heat Pump is a revolutionary technology-driven heat pump available with unmatched cost and ensures unsurpassed performance. In addition, this heat pump can work in cold climates.  The Arctic Heat Pump is one of the best heat pumps for cold climates available at half the price of a traditionally designed geothermal heat pump. However, the Low pricing does not mean that they compromise on the quality of the heat pump.    The Arctic series heat pump comes with industry-standard parts like variable speed pumps, Panasonic EVI DC Inverter Compressors, European Sanhua Valves, and the Chico Digital Control System. All of these features are harnessed into fully weatherproof housing. But what makes this heat pump ideal to work for in cold climate conditions? Please check out the post below: Integrated Heating – The Arctic Heat Pump can control homes' heating and cooling requirements, including residentia...

How to Select the Best Heat Pump for Pool

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A  heat pump for pool  from reputed heat pump manufacturers in Canada is the ideal way to make your pool water comfortable to swim in even when the outside temperature is cold. If you select the best pump, it is possible to save 65% to 70% of heating capacity compared to other heating equipment. Moreover, the best heat pumps are eco-friendly and so liked by many customers. So, let us see how to select the best pool heat pump. Coefficient of Performance (COP) Coefficient of Performance is what we in short call COP, is a ratio of heating capacity to power consumption. Usually, three conditions affect the efficiency of the pool heat pump. The conditions are air temperature, water temperature and humidity. For example, in a pool heat pump of COP 8.0, 8kW of energy has conversion into heating capacity by consuming 1kW of heat to warm the pool. The pool sizes You need to consider the pool size to select the best heat pump. A Cubic meter is the unit of the pool size. 1 cubic ...

How Does Arctic Heat Pump Work in Cold Weather?

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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 unti...