Mini Split Air Conditioners
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A16CI/EM4H4F18 Air Con 18,000 BTU 16SEER Ductless Mini Split Air
$1203.99
(0 review)
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A16CI/EM4H4F12 Air Con 12,000 BTU 16SEER Ductless Mini Split Air
$815.30
(0 review)
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A15CI/EM4H4F09 Air Con 9,000 BTU Ductless Mini Split Air
$775.99
(0 review)
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Pridiom PMD275HTX Tri-Zone Mini Split Ductless 27,000 BTU AC Air
$4183.20
(0 review)
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Pridiom PMD303HTX Tri-Zone Mini Split Ductless 27,000 BTU AC Air
$3267.60
(0 review)
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Pridiom PMD273HTX Tri-Zone Mini Split Ductless 27,000 BTU AC Air
$3178.40
(0 review)
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Pridiom PMD243HDX Dual Zone Mini Split Ductless 24,000 BTU AC Air
$2848.60
(0 review)
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Pridiom PMD213HDX Dual Zone Mini Split Ductless 21,000 BTU AC Air
$2760.00
(0 review)
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Pridiom PMD395HQX Quad Zone Mini Split Ductless 39,000 BTU AC Air
$4780.70
(0 review)
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Pridiom PMD365HQX Quad Zone Mini Split Ductless 36,000 btu AC Air
$4691.40
(0 review)
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Pridiom PMD365HTX Tri-Zone Mini Split Ductless 36,000BTU AC Air
$4450.99
(0 review)
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Pridiom PMD335HTX Tri-Zone Mini Split Ductless 33,000 BTU AC Air
$4361.90
(0 review)
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Pridiom PMD425HQX 42,000 BTU Quad Zone Inverter Mini-Split
$5048.50
(0 review)
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Pridiom PMD183HDX 18,000 BTU Dual Zone (9 + 9) Inverter Ductless
$2670.20
(0 review)
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POM365HX Pridiom Aircondition 36,000 BTU's Outdoor Unit for Multi
$2420.30
(0 review)
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Pridiom POM273HX Aircondition 27,000 BTU's Outdoor Unit for Multi
$1500.50
(0 review)
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Air-Con 60,000 BTU Ducted Split Central AC Cooling Condenser 13
$1888.49
(0 review)
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Air-Con 48,000 BTU Ducted Split Central AC Cooling Condenser 13
$1690.39
(0 review)
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Air-Con 42,000 BTU Ducted Split Central AC Cooling System 13 SEER
$1479.55
(0 review)
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Air-Con 36,000 BTU Ducted Split Central AC Cooling Condenser 13
$1347.49
(0 review)
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Air-Con 30,000 BTU Ducted Split Central AC Cooling System 13 SEER
$1149.39
(0 review)
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Air-Con 24,000 BTU Ducted Split Cooling System 13 SEER R-410A
$1081.99
(0 review)
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Air-Con 18,000 BTU Ducted Split Central Condenser Only R-410A 13
$1056.69
(0 review)
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AIR-CON A22EM4C4M24/ A22CI4C4M24 24,000 BTU Mini-split Air
$1055.39
(0 review)
How to Reduce the Consumption of Air Conditioner
In the summer, residents consume a large amount of electricity mostly because of the use of air conditioner. Therefore, the air conditioner energy saving can be said to be an important means of energy-saving appliances. In the peak, if you increase the temperature of the air conditioner 1 degree based on the temperature you fill comfortable, air conditioner can save 10% of the electricity. If you use the air-conditioned sleep function, you can save 20% electricity. If air conditioner's temperature increases 1 degree in a 300-room hotel, dozens of families needn't to worry about the problem of electricity. In addition, saving 1 kWh of electricity equal to save 0.4 kg of standard coal, 4 liters of water, and reduce the 0.272 kg of toner dust, 0.997 kilograms of carbon dioxide, 0.03 kg of sulfur dioxide. Air conditioner electricity saving allows us to save energy and reduces household expenditure. Scientific evidence shows that humans feel comfortable indoor temperature in summer is 24 degree - 28 degree, in winter is 18 degree -22 degree. In particular, if the air relative humidity is 50%, the temperature is 25 degree, the body feels most comfortable. The following energy-saving methods can be used as reference.
First of all, do not blindly seek low temperature. Air temperature should be set in the appropriate range. Because when the air conditioner is in the cooling time, you increase the temperature by 2 ?, 20% of the electricity can be saved. Experts said that room temperature between 27 degree and 28 degree is the best for the sit-ins or people who work in mild progress. In order to save electricity, you can even set the air conditioner to sleep state.
Second, choose an air conditioner with moderate cooling power. Under-power air conditioner not only can not provide adequate refrigeration, and low power will shorten the life of air conditioner as long uninterrupted operation, and increase the possibility of failure. But this does not mean choosing an air conditioner with larger cooling power must be better. If the air conditioner's cooling power is too large, it will make air conditioner's thermostat switch frequently and result in increasing wear on the air conditioner compressor. Meanwhile, the excessive power could cause the increase in consumption.
Third, when the air conditioning running, close doors and windows. In the room installed air conditioner, you do not frequently open the door to reduce infiltration of hot air. For ventilatory air conditioner and window air conditioner, if the room is not smell, you could not open ventilation. It can save 5% -8% of energy.
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