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Heat Pumps Dubai : List of the Top Heat Pumps Suppliers Companies in Dubai with Contact Details

Heat Pumps Suppliers Dubai : List of the top heat pumps suppliers companies in Dubai with contact details including company names, contact details, telephone numbers, email addresses, websites, location map, driving directions, deals, offers, prices, costs, coupons, vouchers, reviews and ratings. A heat pump is an electric cooling and heating system used to compress and decompress gas to heat or cool a house. This mechanical device pumps heat from a cooler to a warmer location and can extract heat from air, water or the earth. Heat pumps functions like an air conditioner in the summer and an electric furnace in the winter, thus encompassing both a heating and cooling unit in one device. The COP, or coefficient of performance, which calculates the ratio of heat output to electric power consumption, measures the performance of a heat pump.

Heat Pumps Suppliers in Dubai UAE : List of the best heat pumps suppliers companies and manufactures in Dubai with contact details. Heat pumps are the most resourceful form of electric heating in moderate climates, and cool a house by collecting the heat inside the house and effectively pumping it outside. There are three types of heat pumps that one can install: air-to-air, water source and ground source. Heat pumps can collect heat from air, water or ground and can utilize the same to heat or cool your home. When installing a heat pump at home, one should consider using an energy-efficient heat pump system, keeping in mind the climate of the region. For instance, air source heat pumps are a good option for mild and moderate climate regions, and ground source or geothermal heat pumps are efficient in climates with similar heating and cooling loads. The most common types of heat pumps are the air-source and ground-source heat pumps. Although ground source heat pumps are more expensive to install, they are more efficient and less noisy.

However, to make heat pumps work efficiently, they should be installed properly, and one should choose the right sized pump that can fulfill the heating and cooling demands of the house. While selecting a heat pump one should buy a device with a higher Heating Seasonal Performance Factor, or HSPF. The pumps should also be fitted with demand-defrost control, which minimizes the defrost cycles and reduces supplementary and heat pump energy use. Heat pumps are much more cost-effective then other conventional heating devices, and are also becoming more commonly used to heat swimming pools, and hot water for household use.

Heat Pumps Suppliers in Dubai

Heat Pumps Suppliers Companies in Dubai UAE : List of the top heat pumps suppliers in Dubai with contact details including company names, contact details, telephone numbers, email addresses, websites, location map, driving directions, deals, offers, prices, costs, coupons, vouchers, reviews and ratings.

1. Proteam Europa ME LLC
Location & Address: Al Quoz 3, Dubai
Telephone Number: +971 4-3419440
P.O.Box: 391288
Website: http://www.proteam-me.com/

2. Caston General Trading LLC
Location & Address: Sima Hotel Bldg, Opp Dubai Wholesale Plaza, Deira, Dubai
Telephone Number: +971 4-2350284
P.O.Box: 41402
Categories: Heat Pumps

3. Hotline Trading LLC
Location & Address: Opp Mashreq Bank, Damascus St, Al Qusais, Dubai
Telephone Number: +971 4-2582117
P.O.Box: 120866
Website: http://hotlinetradingllc.com/

Heat Pumps Suppliers Dubai Location Map

Heat Pumps Suppliers in Dubai

Heat Pumps Suppliers Companies in Dubai UAE : List of the top heat pumps suppliers in Dubai with contact details including company names, contact details, telephone numbers, email addresses, websites, location map, driving directions, deals, offers, prices, costs, coupons, vouchers, reviews and ratings. An air source heat pump is an efficient means of heating and cooling your home or business. They run on electricity and use the air temperature outside to heat or cool a building. They have a refrigerant system that consists of a condenser and a compressor. Basically it absorbs heat in one location and releases it in another. These pumps are primarily used to heat a building, but they can also be used to cool one. In areas of moderate temperatures, they can provide all the heating and cooling needs for a building. They are also used to heat water, and they can generally heat water up to 80ºC. Sometimes they have to be paired with more traditional means of heating water because their efficiency can drop in very cold temperatures.

Heat Pumps Dubai : List of the Top Heat Pumps Suppliers in Dubai with Contact Details & Location Map. Find the Best Heat Pumps Manufacturers in Dubai UAE.

In the winter, they extract heat from the air outside and release that heat into the house. During the summer, it can absorb the heat in the air from inside the building and release it outside. Most standard pumps only work well in positive temperatures. Once the temperature drops below freezing, it becomes very difficult to extract heat from the air. Some pumps have been developed to cope with colder temperatures; however, these pumps are most efficient in areas with mild to moderate winters.

An air source heat pump is made up of two heat exchanger coils. One is located outside, and it extracts heat from the air. The other coil is located inside, and it releases heat into a water tank or a heating system, such as an under the floor heating system. Refrigerant is located in these coils and flows through the system absorbing and releasing ambient heat. These pumps are durable, often lasting twenty or thirty years, and they are more efficient than traditional electric heaters. They are more expensive than traditional systems, and they often have to be paired with propane (or other source) heating systems just in case it gets too cold for the pump to function.

The efficiency of these pumps is measured by something called the coefficient of performance, which is measured in units. For example, most heat pumps produce three to four units of heat for every one unit of electricity they use. While these pumps are expensive to buy and install, they can cut your heating costs significantly because you are not generating heat, you are simply moving it from one place to another. Ground source and water source pumps do the same thing that an air source pump does, but they are often more expensive. For example, to install a ground source heat pump, you have to excavate and install the coil in the ground.

Best Heat Pumps Suppliers Dubai : List of the best Heat Pumps Suppliers Dubai with contact details including company names, contact details, telephone numbers, email addresses, websites, location map, driving directions, deals, offers, prices, costs, coupons, vouchers, reviews and ratings. Top Heat Pumps Suppliers in Dubai UAE.

Business Directory UAE providing complete details of companies dealing in Heat Pumps Suppliers in Dubai. Find out more information on Heat Pumps Suppliers in Dubai on Yellow Pages UAE. Heat Pumps Suppliers reviews, Heat Pumps Suppliers Dubai location map, Heat Pumps Suppliers Dubai websites, Heat Pumps Suppliers Dubai directory, Heat Pumps Suppliers Dubai business directory & Heat Pumps Suppliers telephone numbers.

Heat Pumps Dubai : List of the Top Heat Pumps Suppliers in Dubai UAE

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Heat Pumps Dubai : List of the Top Heat Pumps Suppliers in Dubai with Contact Details & Location Map. Find the Best Heat Pumps Manufacturers in Dubai UAE.

User Rating: 4.94 ( 465 votes)

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5 Reviews

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    You may know that a heat pump is a machine that is based on either a mechanical device or chemical substance to heat or cool a building. Such pumps which perform heating operation during the winter and cooling operation in the summer, thus it acts like both an air conditioner and a furnace. It is wise to install both heating and cooling systems, because a single system performs both jobs. This dual feature stands it out from other temperature controllers. Heat appliances are different in types, but all of them operate on the same principle that means moving heat from one location to another.

    Actually, the market is stuffed with variety of heating equipments for residential applications and commercial/institutional buildings, but there are two types of appliances which can stand head and shoulder above other pumps in terms of efficiency, performance, technology, cost effectiveness. But you might get confused at the various names of Geothermal Heat Pump also known as Ground-Source, Geo-exchange, Ground-Coupled, Earth Coupled, Ground Water Source, Well Water, and Solar Energy Heat Pump. All of them are similar in the their operations and almost corresponding in their applications but entirely different in names, in fact, marketing gimmicks in order to distinguish it from other heating pumps.

    Applications and Operations of Two Most Efficient Heat Pumps:

    Ground source heat pumps is a fascinating option for heating up and cooling up not only commercial but also residential buildings by the virtue of their higher energy efficiency as compared with conventional systems. In the past, heat equipments were more or less unreliable and even clamorous when they got operated. But now scenario has changed. Heating appliances own sharp-edge technology that makes the Pumps more efficient and reliable. Ground Source Pumps have been used for the last several years in developed countries, and the pumps have been installed in several esteemed institutions, universities, and companies where cooling and heating loads are very high, however ground source heat pumps have been performing excellently.

    Geothermal Heat Pumps use the earth as a heat source when operating in heating mode, with a fluid (usually water) as the medium that transfers the heat from the earth to the evaporator of the heating pump, thus utilizing geothermal energy. In cooling mode, they use the earth as a heat sink, with Borehole Heat Exchangers that enables Ground Coupled pumps to offer both heating and cooling at possibly any location and in any climate with great flexibility to meet any demands. Geothermal pumps are used to cool a building either small or big and act like a refrigerator, as well as this pump gets applied for heating hot water. Geothermal heat pumps have been in use for about 50 years, now in fact this technology with fossil fuels is being developed for space cooling. More over these pumps consume up to 44% less energy than air-source heating appliance.

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    Heat Pumps are devices which use small quantities of energy in order to move heat from one place to another. Usually they are used to pull heat from the air or the ground in order to warm a building. They can also be reversed in order to cool a building. They work much the same way as air conditioners do, except that they can do the work of both an air conditioner and a furnace. Therefore, when using heat pumps it is not necessary to install both heating and cooling systems – a single system performs both jobs. They are also more efficient than furnaces because they merely transfer heat rather than burn fuels to make it; but as a result, they work better in moderate rather than extreme climates.

    There are different types of heat pumps, but all of them operate on the principle of heat transfer, which means moving heat from one location to another rather than burning fuel to create it. Because of the second law of thermodynamics, heat naturally tends to flow from a place with a high temperature to one with a lower temperature. They use small amounts of energy to reverse that process, pulling heat from low temperature areas and moving it to high temperature areas – from a heat source such as the ground or air to a heat sink such as a building. A common type of heat pump is an air source one, which removes heat from air outside a building and pumps it through coils filled with refrigerant to the inside.

    Air source heat pumps consist of two fans, the refrigerator coils, a compressor and a reversing valve. One fan is used to bring outside air over the refrigerator coils, which transfer the heat inside where it is blown from the coils by a second fan and distributed through the building. The purpose of the reversing valve is to reverse the flow of refrigerant so the system operates backwards. Instead of pumping the heat inside the building, it releases the heat, like an air conditioner does. Then the refrigerant absorbs the heat inside the pump and carries it outside where it is released. Then the refrigerant cools down and flows back inside to take more heat.

    Ground source heat pumps work the same way as air source ones except they absorb the heat from the ground, or from a body of water under the ground, and then transfer the heat indoors or vice versa when working in reverse mode. An absorption heat pump is an air source unit which is powered by solar energy, propane, natural gas, or geothermically heated water instead of by electricity. The chief difference between air source models and absorption pumps is that instead of compressing the refrigerant, absorption ones absorb ammonia into water then a low power pump pressurizes it. The heat source boils the ammonia from the water and the process begins anew.

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    Many homes are equipped with heat pumps as their heating and cooling system. Heat pumps work well at most temperatures; however, in extreme temperatures they may not provide the comfort level you expect. The following are some operating and maintenance tips to help you set realistic expectations about heat pumps and to maintain the system at peak energy efficiency and operating effectiveness.

    Heat pumps absorb heat from one place and transfer it to another. In air conditioning mode, they absorb heat from inside the home and transfer it outside. In heating mode, they absorb heat from outside and transfer it inside. This process works when the outside temperature is between about 40 and 95 degrees F. It is more difficult for the system to maintain comfortable interior temperatures when the outside temperature is beyond this range. Older systems and systems that are poorly maintained may have a narrower outside temperature range within which they can maintain comfortable interior temperatures.

    Heat pumps, like any heating and cooling system, should be correctly sized for the home. A common misconception about heat pumps is that a larger system is always better; in fact too large is bad. A heat pump that is too large may not run long enough in air conditioning mode to effectively remove humidity from the air. This can create moisture control problems that can contribute to mold growth. A heat pump is less energy efficient when it begins operating and does not reach full energy efficiency for several minutes. A heat pump that runs for short periods costs more to run and may have a shorter useful life.

    Heat pumps are less effective in cold weather. This is why they are less common in northern areas. When the outside temperature falls below about 40 degrees F., a heat pump may not be able to raise the internal temperature to a comfortable level. Heat pumps in cooler climates are equipped with auxiliary heating elements. These elements look and act much like the wires that glow red in a toaster. Like their cousins in a toaster, these elements provide additional heat to help bring the inside temperature to a normal level. Because it is difficult to know if these elements are operating properly, you should have them tested as part of normal system maintenance.

    A heat pump should maintain a comfortable indoor temperature. The International Residential Code (IRC) heating performance standard requires that the system maintain a temperature in the home of at least 68 degrees F. The IRC has no performance standard for cooling. The National Association of Home Builders (NAHB) heating performance standard is 70 degrees F. and the cooling standard is 78 degrees F. or 15 degrees C. below an outside air temperature of 95 degrees F. States and cities may have different standards. The performance standard temperature is often measured near the center of the room and about five feet above the floor.

    The IRC and NAHB standards are not clear about temperature variances between areas in the home, but it is reasonable to expect that the temperature in each area be near the temperature at the thermostat. Some temperature variation between areas is normal and unavoidable. It is reasonable to allow one or two degrees temperature variance between areas.

    Operating a heat pump is similar to operating any forced air HVAC system. In most cases, the recommended thermostat settings for heat pumps are 68 degrees F. in winter and 78 in summer. These settings provide energy efficient operation at reasonable comfort levels.

    Use of setback thermostats is generally not recommended with heat pumps, particularly in heat mode. Heat pumps are often designed so that in heating mode, if there is a difference of about 3 or more degrees between the thermostat setting and inside air temperature, the auxiliary heating elements will be activated. The heating elements are far more expensive to run than the heat pump itself, so use of the heat strips should be avoided.

    Heat pump maintenance starts with regular filter replacement. If you choose disposable filters, use the inexpensive blue or white fiberglass mesh type. The more expensive pleated paper filters can restrict the air flow in the system making it work longer. Change these filter every month.

    If you have an access tube in the condensate drain line at the air handler, pour about ½ cup of bleach into the line when you change the filter. This will help keep the line clean and reduce the chance that it will clog and force water into your home. If you do not have an access tube, consider having one installed at the next service call.

    Use a garden hose to wash the fins on the condenser (the outside unit) about once per month. Keep walls and plants at least 1 foot from the sides and 10 feet from the top of the condenser. Keep the condenser shaded from direct sunlight to the extent practical.

    Finally, have preventative maintenance service performed on the system at least once per year.

    Like all mechanical components, heat pumps wear out. Condensers typically last between about 5 and 15 years. Air handlers typically last between 15 and 20 years.

    Heat pumps are a good choice for heating and cooling in warm climates where gas service is not available. A gas furnace is usually a more cost-effective choice where gas service is available. Heat pumps can provide energy efficient service for many years when properly installed, operated, and maintained.

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    Electric heat pumps are the best solution for one’s home heating and cooling needs, as heat pumps save as much as 30% on heating costs when compared to a gas furnace and also provide year-round comfort. A good-quality electric heat pump provides a continuous flow of heat and an even temperature, whereas gas furnaces mostly blast certain areas with heat, causing uncomfortable hot spots. Additionally, an electric heat pump does not have an open flame and reduces the possibility of fuel leaks or carbon monoxide poisoning.

    There are three types of electric heat pumps one can choose from: air source, dual-fuel and geothermal electric heat pumps. Air source electric heat pumps are the most common type of heat pump, and are further divided into packaged heat pumps and split-system heat pumps. Packaged heat pumps allow the compressor and heat exchangers to be located outside your home, using ductwork to heat and cool your entire home. Split-system heat pumps allow more flexibility for installation, as the indoor air-handling unit and heat exchanger are separate from the compressor and the outdoor exchanger. The heating efficiency of an air source heat pump is measured as the Heating Seasonal Performance Factor (HSPF), and ranges from 6.6 to 9.1, whereas the Seasonal Energy Efficiency Ratio (SEER) indicates the cooling efficiency and generally falls between 10.0 and 15.0.

    A dual-fuel heat pump acts like a gas furnace and circulates heat evenly throughout your home. Although dual-fuel heat pumps are costlier than conventional heating and cooling systems, they are also the most efficient, versatile, and economical heating and cooling systems. Geothermal electric heating systems circulate water or refrigerant between an underground network of pipes and heat pumps located inside the house. They are much more durable, comfortable, environmentally safe, non-allergenic and cleaner than the conventional methods of heating.

    However, while installing an electric heat pump take into consideration the square footage of your home, the amount of ceiling and wall insulation, window area and other crucial variables.

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    Heat pumps serve as a great, popular way to warm-up your pool and reduce heating costs. Heat pumps are installed just as easily as other pool heaters. In addition, advanced controls make operating the heat pump simpler than ever. Overall, the heat pump will significantly reduce your operating cost and extend your pool season without breaking the bank.

    A heat pump is a piece of equipment that requires a small amount of energy to transfer heat from one place to another, usually by using heat from the air or ground to heat a home or pool. The device extracts the heat from the air, intensifies it with a compressor, and delivers the new heat to the water as it flows through the system. The process is clean, efficient and most importantly cost effective. On average the electric pump operates at about 25% of the cost of the typical natural gas heater.

    The heat pump maintains a constant, increased temperature for the pool at a decreased cost, but it is not made for quick heating. Heat pumps rely upon surrounding temperatures so if there is a stretch of bad weather the heat pump will take a much longer time to heat the pool. A gas heater usually raises the temperature of the pool 1 degree per hour. A electric pump might take 3 to 5 times longer depending on the outside temperature. If the pump is installed as the primary heat source, with a natural gas heater included as a backup, all of your needs will be accounted for. With a spa attached to the pool, for example, the natural gas heater will raise the spa to its desired temperature in a short period of time. In general, a heat pump would save the expensive natural gas heater for emergency, secondary use. By installing both devices in the heating system, you could run the cost efficient pump constantly and only use the natural gas system when you want to raise the temperature after extended poor weather, before using the spa, or in preparation of a late-night, outdoor gathering.

    What are the actual costs associated with this product? Let’s look at the additional costs for this heating option and determine the time it will take to get a return on your investment. For a +120,000 BTU heat pump, the minimal plumbing and wiring for installation could cost from $4500 to $6500 depending on the manufacturer. A 900 sq. ft. pool with a spa and waterfall that uses a natural gas heating system has an operating cost that ranges from $800 to $1200 a month depending on usage and weather conditions. Operating the same pool with an electric heat pump system would cost about $250 to $450 per month. If you add in the operating cost of the backup gas heater, which would be $100 to $300 per month (depending on outside temperatures and usage habits), the average consumer could expect a $400 to $450 per month savings and would recover the initial cost of the heat pump in 2.5 to 4.5 years. Finally, pool owners can rest assured knowing that going green will save them green!

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