Around 1.5 units per hour, provided the compressor is on.But that is a rough estimate, your actual power consumption varies every single second. Let's dive in a little deeper and see how these things relate to each other.If you carefully look at your air conditioning unit, you'll probably see a label like this : The power rating printed on such a label is when the AC is under a stable load, the current is constant, the compressor is working, there's no back emf being produced int the induction coils., and above all the supply voltage is exactly equal to 230 volts at 50 Hz.In this stable state, the AC unit is consuming 1.5 units of electricity per hour. That said, not always is the compressor running. If you AC has a thermostat and a temperature setting, once the ambient room temperature reaches to the set limit, the compressor shuts off and only the circulating fans work.In this case the power consumption is almost equal to a ceiling fan, with my test bench, I got readings around 0.3 amps at 230 volts.

That is equal to 0.06 units per hour, almost equal to a 80 watt incandescent bulb.Another test I conducted : Under extreme load, at a room temperature of about 32 degree Celsius, the power consumption rose to almost 1.8 units per hour, or 1800 watts.   How do you calculate your power consumption : The commercial unit of electricity is kWh, also called as BTU (Board of trade Unit), which equals to one kilowatt load used for 1 hour.Units = Power in Watts * time in seconds / 3600000Units = Power in Watts * time in hours / 1000Units = Power in kilo Watts * time in hoursYou can guess the power consumption by these steps : For while the compressor is working :For while the circulating fan is working : Try this for the average time you use your air conditioner in a day, and add the two to get the daily units consumption. Multiply this with the cost of 1 unit of electricity (around Rs. 6) and you'll get the bill for a single day. Multiply by 30 to get the monthly expenditure.I use my AC unit for around 14 hours a day, at 24 degree Celsius.During the 14 hours cycle, my compressor works for about 4 hours, while for the rest 10  hours, only the fan works.

Consumption Part 1  : 1500 * 4 /1000 = 6 unitsConsumption Part 2 : 80* 10 /1000 = 0.8 unitsTotal Consumption   :                     =  6.8 unitsBill for a single day  :                      = 6.8 * 6 = 40.8Bill for a month        :                      = 40.8 * 30 = Rs. 1224But the fact is, that never do you get the exact 230 V supply, nor does the operating conditions remain the same, so for the projected output, add a uncertainty factor of 20 % positivekill mold in ac ducts, and the value will be quite close to the actual consumption.stand alone ac unit walmartKeep in mind that this varies from AC to AC, and to get a fairly accurate reading is almost impossible.fan coil unit suppliers in uae

Home Air Conditioning/Refrigeration & Heating If you pick this article, You will be able understand; → Why AC rated in Tons, Not in kW?→ Definition of Ton Click image to enlarge TT RT RT 3.516 kW. T T RT T PPT PP(RT) T PT P θ = 0.95 in Single Phase AC system… θ = Power factor θ = 0.85 in Three Phase AC system… LL 2 Tons 25kVA Class “C” Type MCBs are suitable for installations with high inrush of current at the starting switching time. in other words, equipment and devices having inductive loads such as air-conditioners, induction motors, fluorescent lamps, transformersetc. Click image to enlarge EasyEDA: A Powerful Free Circuit, Simulation & PCB Design Tool Check Also Power Distribution in Industries – Everything You Need to Know Today we are intended to …Refrigeration tons (RT) to kilowatts (kW) power conversion calculator and how to convert. Enter the power in tons and press the Convert button: kW to tons conversion One refrigeration ton is equal to 3.5168525 kilowatts:

1 RT = 3.5168525 kW One kilowatt is equal to 0.284345 refrigeration ton: 1 kW = 0.28434517 RT So the power P in kilowatts (kW) is equal to the power P in refrigeration tons (RT) times 3.5168525: P(kW) = P(RT) × 3.5168525 Convert 2 RT to kilowatts: P(kW) = 2 RT × 3.5168525 = 7.033705 kW kW to tons conversion ► You are hereHome » Blogs » ckmapawatt's blog blogHow much Energy does AC consume? Ductless mini AC system with a heat pump for the winterRamsond Ductless (Duct-Free) Mini Split Air Conditioning Systems can be installed in virtually any location. Ductless Mini Split Air Conditioners are also referred to as Zone Systems. They cool/heat the zone or areas in which they are installed. When the zone is in use, the mini split system can be turned on. When the zone is not in use, you can simply turn it off. This zone capability allows for substantial energy savings. Ramsond Heat Pump systems not only provide cooling during the hot summer months, but also provide efficient heating for the winter.

They are far more efficient and substantially more economical compared to conventional central air conditioning systems. Ductless Mini Split systems are comprised of two main components: 1) The outdoor unit (Condensing Unit), and 2) The indoor unit (Evaporator Unit). The installation is simple. The indoor unit hangs on a metal bracket (supplied) that attaches to the interior wall, much like a picture frame. A 3 in. hole is then drilled through the wall. The Line set and communication wires are passed through this hole and connect the indoor and outdoor unit together. The Main power is supplied to the outdoor unit. The indoor unit draws its power from the outdoor unit. The system is operated by a wireless remote control (supplied). Simply set the remote control to the desired temperature and the system maintains the desired temperature. Capacity: 24,000 BTU (2 ton) cooling 24,000 BTU (2 ton) heating (heat pump) + 1000-Watt electric back up heating Power requirements: 220-Volt/60Hz, single phase powered from the outdoor unit

Area coverage: up to 1200 sq. ft. Functions: cooling, independent dehumidification, and heating (heat pump) Efficiency rating: high efficiency (SEER 13.0) Refrigerant: pre-charged with environmentally-friendly DuPont R410A refrigerant Complete system: includes indoor unit, outdoor unit, complete installation kit, 25 ft. of insulated copper line set, remote control Quiet operation: low noise, includes sleep function Easy installation: includes installation kit; quick install system: pre-wired indoor unit (25 ft. cable) with quick connection; pre-flared and flanged insulated copper line set kit; quick install system cuts installation time in half Features: indoor unit digital display of temperature (degree Fahrenheit), functions and error messages; auto-restart: in case of power outage, the system restarts automatically to previous settings; self-diagnostic system: in case of malfunction, the indoor unit display shows error message codes; 24 hour start/stop timer;