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Showing posts with the label cold climate heat pump

5 Reasons to Buy an Arctic Cold Climate Heat Pump

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When looking for perfect heating solutions for cold climates, you should look no further than Arctic Heat Pump. This cold climate heat pump stands out for innovation, efficiency, and affordability. Perfectly engineered for energy efficiency, this heat pump unit is available on the market at half the cost of traditional geothermal heat pumps. But the Arctic Heat Pump doesn’t compromise on quality.   Please check out this post and know why you should consider Arctic Heat Pump for cold climate heating: Unparalleled Technology The heat pump features industry-leading components meticulously chosen to ensure optimal performance. The Arctic Heat Pump comes with Variable Speed Pumps, Panasonic EVI DC Inverter Compressors, European Sanhua Valves, and the Chico digital control system – all of them are seamlessly integrated into a complete weatherproof housing. Made with cutting-edge technology, Arctic Heat Pump works efficiently in cold climate conditions. Integrated Heating Solu...

How Do You Integrate Air Source Heat Pumps with Solar Thermal Heaters?

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Are you looking for the most energy-efficient air source heat pumps for cold climates in the North American market? If yes, then you should look no further than the Arctic Heat Pump. Apart from this, the heat pump is recognized for hydronic heating and cooling application.  In addition, the Arctic series air source heat pumps for cold climates are perfectly engineered to integrate quickly with a solar thermal heater. With the integration, you can expect to take advantage of increasing overall efficiency and the system’s operational costs. Solar thermal heating system makes a perfect integrating unit to use with an air source heat pump and can add an extra 47,000 BTU per day on an average per every collector.  For integrating with the solar thermal heating system, the Arctic Heat Pump uses the SunRain Solar Vacuum Tube Collectors that will allow the system to provide hot water even during the coldest winter in North America. The evacuated tube collectors are w...

How Do You Use Cold Weather Heat Pumps at Home?

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  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 sy...

What is the Significance of Using Arctic Heat Pump for Hot Water?

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Are you looking to buy the high-performance and cost-effective heat pumps available on the market? If yes, then you should look no further than Arctic Heat Pump for hot water. This heat pump is perfectly engineered and designed to make it the most efficient cold climate heat pump on the market. It’s available at half of the price of a traditional geothermal heat pump.   Check out the reasons why you should invest in Arctic series heat pump: Integrated Heating – Arctic heat pump is able to control entire heating and cooling requirements of every home including the hot water at home. This heat pump integrates with different heating sources like radiant floor heating or cooling, central air handlers for forced air, split fan coils for room heating, and low temperature radiators. It can integrate to any hot tub or pool to deliver enormous amount of heat by using titanium heat exchangers. This heat pump comes with the Out Door Unit (ODR) which has everythi...

How Do You Use Arctic Cold Climate Heat Pump?

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When it comes to buying cold climate heat pump, the Arctic Heat Pump is the premier name in the heat pump technology. This heat pump works well in cold climates and stands out unsurpassed in terms of performance and cost. The perfectly engineered heat pumps aim to be the most efficient cold climate heat pump at a half price of a traditional geothermal heat pump. But the Arctic Series heat pump doesn’t make any compromise on quality. You will find industry-leading parts in the design of this heat pump unit. The features include German Wilo Pumps, Mitsubishi EVI DC inverter compressor, European Sanhua Valves, and Chico digital control system. All of them are harnessed directly into weatherproof housing. If you want to make the purchase of cold climate heat pump, here are a few ways you can consider using it: Domestic water heating and cooling – You need to add a second zone valve to the Arctic Heat Pump to heat both domestic hot water and buffer tank. Du...

How Do Arctic Series Cold Weather Heat Pumps Work?

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Arctic Series cold weather heat pumps are considered as one of the best heat pumps for cold climates. This factory controller system can manage two zones and unlimited zones along with the MX controller. The cold climate heat pump can be used for: ·   Space heating ·   Space heating and cooling ·   Cooling  When you set Heating and Cooling, the heat pump will control both a 3 way zone valve and circulation pump. The heat pump will use the tank temperature sensors and an air temperature sensor built into the controller to switch on and set its default to the priority zone. It can be set either buffer tank for heating or air temperature sensor for cooling until it reaches the set temperature.  For instance, if cooling is your main priority, the cold climate heat pump will cool down the room at the set temperature. After that, the 3-way valve will get diverted to buffer heating zone tank and the heat pump will then switch to heating ap...

Knowing the Different Types of Heat Pump Systems Available

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Heat pump systems have the capability of heating as well as cooling. The system utilizes electricity to pump out heat from a cool space to a warm one to move warm air indoors during the winters and vice versa during the summers. So if you are thinking of incorporating heat pumps at your homes but confused in finding the right one, then the following post is just for you!   The heat pump models of today are more efficient and are capable of reducing heating costs by almost 50% when compared to electric furnaces. Following are the different types of heat pumps available today. Air Source Heat Pump An air source heat pump utilizes outside air as a heat exchange medium. It is the commonly used and inexpensive heat pumps. These function well in moderate climates.   Water Source Heat Pump A water source heat pump uses water instead of air to dissipate heat. Such a system requires well, lake or any other water source to operate, hence are no...

What you should know about the Air Source Heat Pumps?

Are you looking for renewable heating options? Then you can consider using air source heat pumps that are one of the best renewable energy options. If you want to reduce the high energy bills for the gas or electric heating system, then switching to an air source heat pump will prove to be worth.   Heat Pumps: It can be said that a heat pump is used to pump or move heat from one place to another by using a compressor and a circulating structure (of liquid/gas refrigerant). This helps in extracting the heat from outside sources and pumps it inside the building. Powered with renewable energy technology, the heat pumps are one of the most efficient alternative to electric systems, oil and fuel for your heating and cooling solutions. Air Source Heat Pumps For Cold Climates: Normally the air source heat pump for cold climate works by transferring the heat (absorbed from the outside air) to the indoor space like your home or office via a durable wet centra...

Installation Of An Air Source Heat Pump

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Planning where to set up your air source heat pump (ASHP) is a very important consideration to make the most of it. No doubt, a professional installer can guide you better on this; but we’ve compiled a few things that you should be conscious of when looking to install an air source heat pump.     Ground-level or suspended? The ASHP unit must be installed on the floor next to the property. This is the ideal place because at first, it’s easier to reach for maintenance or servicing. Secondly, pipework must be kept to a minimum. Where it’s not feasible to fit the pump on the ground, it’s possible to put it in brackets on the wall. Just ensure it isn’t head-height & that you can get access whenever required.  Don’t cover your air source heat pump: ASHP units mayn’t be the most beautiful of sights, but covering it isn’t a great idea at all. We have noticed many ASHP encased in wooden structures, but according to the experts, it should be open....

Air Source Heat Pump

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Do you need the most energy efficient heat pumps for cold climates? Then, look no further than Arctic Air Source Heat Pump. These heat pumps are the most popular options for hydronic heating and cooling purposes. All of these systems are designed in such a way to integrate with a solar thermal heater. It can enhance the overall efficiency and operation costs of your heating system by 20 percent. In fact, solar thermal heaters are the perfect option to use with an air source heat pump. But, how the air source heat pump works on cold climate conditions, especially in North America? The Working Principle of Air Source Heat Pump –   The solar vacuum tubes utilize the heat pipe technology to transfer solar energy to a heat bulb. The heat bulb has a capacity to reach the temperature range up to 300 C.Every collector comprises of 20 or 30 bulbs – which are inserted into an insulated copper header, known as a heat exchanger.   The heat pipes transf...