Written The AC's power consumption depends on its star ratingListed below is the BEE star rating chartThe EER is calculated by the following formulaEER= amount of heat removed in W/ power consumed in WEvery 1 ton of cooling power (commonly known as heat removed by a 1 ton AC in one hour) is also expressed as 3516 wattsHence 1.0 ton AC will be rated at at least 3516 WattsA 5 star AC will have a EER of at least 3.5 according to BEE guidelinesHence input power wattage = Heat removed (watts) / 3.5Hence input wattage rating = 3516/3.5 = 1005 watts (5 star rating)Ratings for various Star ratings1 star - 1302 Watts2 star - 1212 Watts3 star - 1134 Watts4 star - 1065 WattsThus if 5 star split ac with 1 tons cooling capacity is rated for 3516 Watts, it will consume 1005 watts per hour1000 watts per hour is one unit of power consumedThus the AC will consume 1.005 units per hourBut compressor runs only 70 percent of the time during normal use. Hence adjusted power consumption will be 0.7 units per hourFour 8 hours usage per day it will consume 5.6 units (Approximately)On a monthly basis it will consume around 168 units (5 Star 1 ton AC)You can apply the above calculation for any AC - but only for non inverter compressorsCool...

Written There is no definitive answer as it depends on a lot of variable factors. Indoor - outdoor temperature differential, kind of insulation of walls, number of windows and glass / curtains, outdoor humidity, number of people in the room, how often the door/s to the room are opened just to name a few. You can consider the figures quoted by the manufacturer as conservative as the minimum.Written Approximately 1200 watt of electricity.so accordingly multiplying it with your running hour you can calculate total units .Written Ranges from 0.99 (5 star) to 1.47 (1 Star) Units per Hour, with different specifications. About LG LG Store Locator Welcome Sign out / Household Electricity Cost Calculation It helps you to calculate your household electricity cost or number of units per month for running various electrical appliances or devices. Select Your Product Specifications Electricity Rate (Rs) * AC running 10 hrs / day Compressor Run time 80%. Annual AC operation : 8 months.

This is the latest window AC price (Air Conditioners) list brand wise and tonnage wise with power consumption comparison. This table will give you a clear comparison on how much price difference per brand is their with how much tonnage capacity. However the prices mentioned here could vary from place to place. We do not guarantee the prices written here are the actual prices on which these air conditioners are available in market. ac unit outside houseSo, do let us know on what price you bought which model AC from where, that is going to be very helpful for all other readers. price of outdoor ac unitYou can share the prices in comments. best window ac heater unitAnd when you search for any product price, rely most on e-commerce website prices who actually sells the product or of the local market.

Relying on prices from any other source online will not give you a satisfactory answer. The prices i have given here are the dealers price. Hence, these will definitely vary from place to place. Disclaimer: Product information of Whirlpool given in online brochure and online listing were some different and there is lots of confusion which one to rely on. So, the stats given for Whirlpool here could be wrong too. I have taken utmost care to avoid any mistake while doing entries, since it can ruin the comparison. Also i am adding some FAQ’s (frequently asked questions) related to air conditioners. Hope this is going to be very useful for all my readers. Ans: Amount of heat to be removed from 1.0T (1000 kg) of ice in order to convert it into water, within closed envolepe, in 24 hours, on or at 0 deg C. Ans: EER (Energy Efficiency Ratio) is ratio of air conditioner cooling output compared to the power air conditioner consumes. Hence, higher the EER ratio, you’ll have more savings in electricity savings bills.

Ans: You can use following steps to calculate power consumption of your air conditioner on basis of Power Input required by it. You can find out this value in technical specifications provided by product manufacturer: Ans: Buying an AC with right tonnage capacity is very important for every consumer. Buying an air conditioner with wrong capacity can lead to higher power (energy) consumption and also cooling loss can happen if you bought an AC lower than the capacity required. There is a straight thumb rule for choosing capacities as per your room area: Upto 100 Sq. Feet = 0.75/0.8 Ton 100 – 120 Sq. Feet = 1 Ton 120 – 160 Sq. Feet = 1.5 Ton 160 – 200 Sq. Feet = 2 Ton I have explained this calculation in more detail in this post. However, there are some exceptions for this rule which depends upon the direct exposure of sunlight to the room, Floor on which the flat is constructed etc. O’General Window Air Conditioner (AC) Review, Price, Features and Models

O’General Split Air Conditioner (AC) Review, Price, Features And Models Hitachi Window Air Conditioner (AC) Review, Price, Features And Models Hitachi Split Air Conditioner (AC) Review, Price, Features And Models Voltas Split Air Conditioner (AC) Review, Price, Features And Models Samsung Split Air Conditioner (AC) Review, Price, Features And Models LG Window Air Conditioner (AC) Review, Features, Models And Price LG Split Air Conditioner (AC) Review, Price, Features And Models Split AC price list will be published soon as i am currently working on it. That list is becoming so big because every company as a bigger range of Split AC’s rather than of window’s AC. And if you got any question related this article, please ask them without any hesitation.The requested URL /services.php?id=3 was not found on this server.Is it true that electronic equipment consume a lot of power when they are on their standby mode and presumably turned off? We took a digital power meter and measured the most common electronic equipment found at home to check this out.

We came to out with very interesting results. The “correct” way to turn off an electric or an electronic equipment would be by really cutting its power source, by either removing the equipment from the AC outlet or by using a mechanical switch (the same kind of switch that is used to turn on and off a light at your home). In the past, that was the kind of switch all equipment had. The problem of using mechanical switches is that you can’t turn on your equipment with a remote control or can’t have some functions enabled while your equipment is turned off – for example, the clock found on VCR’s and microwave ovens. Most of the electronic equipment today use an electronic switch that is controlled by a circuit that is always turned on. This circuit keeps monitoring the remote control sensor of the equipment, allowing you to turn on your equipment remotely. When the equipment is turned off it keeps feeding this circuit, and that is why we say that the equipment is under standby mode, as it is still pulling current from the AC outlet, what wouldn’t happen if it was really turned off.

The on/off switch present on this kind of equipment isn’t a mechanical switch but simply a push-button that commands the standby circuit to turn on the equipment. Some equipment have a “real” on/off switch, a “master” mechanical switch that really turns off the equipment. For example, when you turn off your PC the power supply isn’t entirely shut down. A circuit called standby power is always turned on, supplying voltage to one of its outputs called standby power (or +5VSB) and waiting for you to push the power button located on your computer case. Some power supplies have a master switch on their rear side. This switch is a mechanical switch that will really turn off the power supply. If you turn it off you can push the power button located on the case frontal panel as many times as you want and you computer won’t turn on, as the power supply will be really turned off. So if electronic equipment have a circuit being fed all the time even when they are turned off, this means that almost all electronic equipment that we have at home is consuming electricity – costing us money –even when they are turned off.