Depends on the type of UPS Line interactive units will consume 1000VA but only deliver 700VA to load double conversion units 1000VA but only deliver 850VA to load It is better to treat the VA as unity Power factor when calculating the size of supply IE 1000VA = 1000watts if you know the power factor of the equipment you are going to supply you can get the wattage like this 1000 x Power factor (ie 0.8)=watts (800)
The number of computers a 10 kVA UPS can support depends on the power consumption of each computer. On average, a standard desktop computer with monitor uses about 300–400 watts.The number of computers a 10 kVA UPS can support depends on the power consumption of each computer. On average, a standard desktop computer with monitor uses about 300–400 watts. To estimate: 10 kVA UPS ≈ 8000 watts (assuming 0.8 power factor) If each computer uses 400 watts: 8000 ÷ 400 = 20 computers So, a 10 kVA UPS can support around 18 to 20 standard computers for a limited time, depending on the load, battery condition, and runtime required.
Ups workers use scanners with technology to transmit date to a terminal
Batteries. You need them to generate the power.
The exact watts used will depend on the type of MP3 player you are asking about. Unfortunately, most portable players specify their power consumption in terms of "up to X hours of playback", which will depend on the capacity of the battery and the drain the unit places on that battery. Therefore, it is relatively hard to gauge this answer. However, it would be fair to assume that since a clock radio consumes approximately 1 watt, that a typical MP3 player would use somewhere between 2-10 watts, depending on CPU speed, average CPU load, and backlight brightness/duration settings (if any). For example, an "Apple iPod Shuffle" probably uses 1-2 watts during normal operation, as it has only a low-end CPU, and no backlight, while an iPod Classic probably runs closer to 10 watts. Note that this answer does not include those systems that contain additional features, such as cameras, WiFi/3G/4G/Bluetooth networking, etc. Those features will use additional power while in use. Most devices turn off physical power to unused devices to prevent excessive drain. Non-portable devices will have different requirements; car-mounted versions may use 10-20 watts, while a "boombox" version may use up to 1000 watts; the speakers count as part of the unit's usage in this case.
Most computer use anything from 300 watts to 1200 watts.
Hoovers use 1000 - 2000 watts
Usually about 1200 to 1500 watts.
A small one 100 watts, a large one 1000 watts or more.
A 850 VA UPS typically uses around 510 watts when operating at full load. This is because the power factor of most modern UPS systems is around 0.6.
Hi well kilo means 1000 so thtas 1000 watts per hour
an average washer uses around 850 watts some expensive ones uses around 1000 watts
0.04 kilowatts one kilowatt is 1000 watts
For a 1000 BTU heater, the power consumption would be approximately 293 watts. This is because 1 watt is equivalent to 3.41 BTUs.
VA and Watts
Kilo = 1000. Watts the produce of Amps x Volts. One hour is not divided up into kilowatt hours, it is the use of 1000 watts over a period of one hour.
A small one 100 watts, a large one 1000 watts or more.
1000 W means one thousand watts. That is normally the heating effect that it produces, so the power taken from the supply could be 1500 watts.