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Kilowatts to watts, kw to w

1 W	0.001 kW
2 W	0.002 kW
3 W	0.003 kW
4 W	0.004 kW
5 W	0.005 kW
6 W	0.006 kW
7 W	0.007 kW
8 W	0.008 kW
9 W	0.009 kW
10 W	0.01 kW
11 W	0.011 kW
12 W	0.012 kW
13 W	0.013 kW
14 W	0.014 kW
15 W	0.015 kW
16 W	0.016 kW
17 W	0.017 kW
18 W	0.018 kW
19 W	0.019 kW
20 W	0.02 kW

21 W	0.021 kW
22 W	0.022 kW
23 W	0.023 kW
24 W	0.024 kW
25 W	0.025 kW
26 W	0.026 kW
27 W	0.027 kW
28 W	0.028 kW
29 W	0.029 kW
30 W	0.03 kW
31 W	0.031 kW
32 W	0.032 kW
33 W	0.033 kW
34 W	0.034 kW
35 W	0.035 kW
36 W	0.036 kW
37 W	0.037 kW
38 W	0.038 kW
39 W	0.039 kW
40 W	0.04 kW

41 W	0.041 kW
42 W	0.042 kW
43 W	0.043 kW
44 W	0.044 kW
45 W	0.045 kW
46 W	0.046 kW
47 W	0.047 kW
48 W	0.048 kW
49 W	0.049 kW
50 W	0.05 kW
51 W	0.051 kW
52 W	0.052 kW
53 W	0.053 kW
54 W	0.054 kW
55 W	0.055 kW
56 W	0.056 kW
57 W	0.057 kW
58 W	0.058 kW
59 W	0.059 kW
60 W	0.06 kW

61 W	0.061 kW
62 W	0.062 kW
63 W	0.063 kW
64 W	0.064 kW
65 W	0.065 kW
66 W	0.066 kW
67 W	0.067 kW
68 W	0.068 kW
69 W	0.069 kW
70 W	0.07 kW
72 W	0.072 kW
74 W	0.074 kW
76 W	0.076 kW
78 W	0.078 kW
80 W	0.08 kW
82 W	0.082 kW
85 W	0.085 kW
90 W	0.09 kW
95 W	0.095 kW
100 W	0.1 kW

Kilowatt to watt conversion table

0.1 kW	100 W
0.2 kW	200 W
0.3 kW	300 W
0.4 kW	400 W
0.5 kW	500 W
0.6 kW	600 W
0.7 kW	700 W
0.8 kW	800 W
0.9 kW	900 W
1 kW	1000 W
1.1 kW	1100 W
1.2 kW	1200 W
1.3 kW	1300 W
1.4 kW	1400 W
1.5 kW	1500 W
1.6 kW	1600 W
1.7 kW	1700 W
1.8 kW	1800 W
1.9 kW	1900 W
2 kW	2000 W

2.1 kW	2100 W
2.2 kW	2200 W
2.3 kW	2300 W
2.4 kW	2400 W
2.5 kW	2500 W
2.6 kW	2600 W
2.7 kW	2700 W
2.8 kW	2800 W
2.9 kW	2900 W
3 kW	3000 W
3.1 kW	3100 W
3.2 kW	3200 W
3.3 kW	3300 W
3.4 kW	3400 W
3.5 kW	3500 W
3.6 kW	3600 W
3.7 kW	3700 W
3.8 kW	3800 W
3.9 kW	3900 W
4 kW	4000 W

4.1 kW	4100 W
4.2 kW	4200 W
4.3 kW	4300 W
4.4 kW	4400 W
4.5 kW	4500 W
4.6 kW	4600 W
4.7 kW	4700 W
4.8 kW	4800 W
4.9 kW	4900 W
5 kW	5000 W
5.1 kW	5100 W
5.2 kW	5200 W
5.3 kW	5300 W
5.4 kW	5400 W
5.5 kW	5500 W
5.6 kW	5600 W
5.7 kW	5700 W
5.8 kW	5800 W
5.9 kW	5900 W
6 kW	6000 W

6.1 kW	6100 W
6.2 kW	6200 W
6.3 kW	6300 W
6.4 kW	6400 W
6.5 kW	6500 W
6.6 kW	6600 W
6.7 kW	6700 W
6.8 kW	6800 W
6.9 kW	6900 W
7 kW	7000 W
7.2 kW	7200 W
7.4 kW	7400 W
7.6 kW	7600 W
7.8 kW	7800 W
8 kW	8000 W
8.2 kW	8200 W
8.5 kW	8500 W
9 kW	9000 W
9.5 kW	9500 W
10 kW	10000 W

Guest: 2019-10-08 10:01:22

Power units

Nowadays watt is used to measure power. It is the main power unit. Another important unit is kilowatt. One kilowatt is equal to 1000 watts. Watt is related to joules and can be converted to joules per second. Another useful traditional power unit is horsepower. One horsepower represents about 745.7 watts.

Mike: 2025-01-13 10:53:09

Surprisingly, in our time, some people are very far from physics and, especially, electrical engineering and related concepts. Let's correct this situation a little and consider the question posed in the article's title in a small review article.

Almost all electrical appliances (microwave, iron, refrigerator, washing machine, hair dryer, etc.) have a power value expressed in watts or kilowatts on the case or in the passport.

But first, let's recall school physics. Do you remember James Watt? He is a fairly famous engineer-inventor originally from Ireland. This is what he looked like.

In his honor, they decided to name the unit of power - the Watt. By the way, before 1882, such a physical unit did not exist, but power was measured in horsepower. After some time, namely in 1960, the unit "Watt" was introduced into the international system of units (SI) and became generally used.

As electricians, we are more interested in electrical power. According to the formula from physics, it is clear that power is the energy consumption (J) for a certain time (sec). Let's convert watts to kilowatts and move on to an example. The power of a washing machine is 2100 W. How many kilowatts is this?

To convert watts to kilowatts, you need to divide the value of 2100 W by 1000; as a result, we get 2.1 kW. To simplify it, move the comma three places to the left.

A few more examples:
17500 (W) = 17.5 (kW), 3200 (W) = 3.2 (kW), 800 (W) = 0.8 (kW), 53 (W) = 0.053 (kW), 3 (W) = 0.003 (kW), 0.5 (W) = 0.0005 (kW)

Convert kilowatts to watts. On electric motor labels, power is most often indicated in kilowatts rather than watts.

In this example, the motor power is indicated as 0.55 kW. To convert kilowatts to watts, multiply the value of 0.55 kW by 1000. As a result, we get 550 W. To simplify it, move the comma three places to the right.

Additional examples:
17 (kW) = 17000 (W), 8.2 (kW) = 8200 (W), 0.3 (kW) = 300 (W), 0.09 (kW) = 90 (W), 0.006 (kW) = 6 (W)

The difference between kilowatts and kilowatt hours

Almost every apartment and house has an electricity meter. The electricity meter counts the power consumed and displays the readings on the display (electronic meter) or the counting mechanism (induction meter) in the form of "kilowatt hours".

Do not confuse these two parameters — kilowatts and kilowatt hours, because these are completely different values.

Jim: 2025-05-13 10:56:16

We use and encounter electricity every day, but many of us do not know that there are many interesting stories about it. Since almost all the products on our website, 220.ru, are directly related to electricity, we decided to tell you about them.

We have collected the most interesting facts about electricity here:

The first electric circuit was alive. In 1746, scientist Jean-Antoine Nollet wanted to measure the speed of the current. And he could not think of anything better than to do this with the help of people. 180 priests were exhibited, through whose bodies a discharge was passed, obtained with the help of a Leyden jar. When all the monks twitched simultaneously, the scientist noted with satisfaction that the speed of the current was high. However, no more such experiments were conducted. There were no more volunteers.

Electric eels are amazing creatures; they can shock with an electric current of about 500 volts for self-defense or while hunting. It is believed that in ancient times, our ancestors tried to treat headaches with eels. And it helped, or people suffering from migraines were afraid to talk about their illness.

One of the most common questions children ask is why birds sitting on wires do not get an electric shock. The whole point is that it is safe if a bird is on the same power line. But as soon as it touches another line with a wing or a paw, it will receive an electric shock since at that moment, it creates a circuit that passes through the bird's body.

The desire to be executed in the electric chair helped Ethiopia get electricity nationwide. In 1896, Emperor Menelik II wanted to introduce the death penalty in the electric chair but realized that electrifying the country was necessary first.

Why can't you swim during a thunderstorm? The impurities in water, ions of various mineral salts, conduct electricity perfectly.

An ordinary dentist, Albert Southwick, created the electric chair. Walking down the street, he saw a man touch bare wires and die. Watching him, Southwick decided that this was a painless and humane death. Then he suggested that the head of the Society for the Protection of Animals use electricity to control the number of abandoned cats and dogs in the shelter. This procedure has been used for a long time. Later, the first death penalty was carried out. Unfortunately, not very successfully.

Kim: 2025-05-14 11:56:50

Converting watts to kilowatts is a simple mathematical operation that allows you to express the power of electrical appliances in larger units. Watt (W) is the standard power unit in the SI system, while kilowatt (kW) equals 1000 watts and is often used to indicate the power of larger devices or equipment.

1 kW = 1000 W

To convert watts to kilowatts, divide the number of watts by 1,000. This simplifies comparing power for household appliances and tools.

Whether you're a professional or a simple person, not ctuct with electricity calculations, the ability to understand device power consumption in kilowatts is a needed skill. This conversion aids in electricity cost calculations and equipment selection, and it allows to make informed decisions about energy usage.

Examples of power conversion

Iron by power. Suppose you have an iron with a power of 1200 watts. To determine how much this is in kilowatts, divide 1200 by 1000. The power of the Iron is 1.2 kW.

Incandescent light bulb. If the light bulb has a power of 60 watts, then converting it into kilowatts gives 0.06 kW. Simple division helps us understand that the light bulb consumes an insignificant amount of electricity.

Gaming computer. The average gaming computer consumes about 700 watts. Dividing this value by 1000 gives 0.7 kW. This helps us estimate how much energy is spent on your hobby.

Washing machine. A washing machine with a power of 2500 watts will have a power in kilowatts equal to 2.5. This calculation shows that quite a lot of electricity is consumed when using it.

Electric kettle. An electric kettle usually has a power of about 1500 watts. Converting this into kilowatts, we get 1.5 kW. This knowledge can be useful when comparing the efficiency of different kettle models.

Guest: 2025-05-14 12:15:28

"Watt" and "kilowatt"

"Watt" (W) is a derived system unit of power measurement related to the basic units of the SI system:

W = J/s, or W = H x m/s;
W = V x A (in electrical engineering).
"1 watt" is the power of a device that works equal to 1 joule in 1 second. Watt was adopted as a power measurement unit in 1882 and included in the SI system in 1960. and is named after James Watt (Watt) – the creator of the universal steam engine. In the SI system, "watts" denote the value of mechanical, thermal, electrical, and other power. The formation of multiples and submultiples of watts is carried out using a set of standard SI prefixes - kilo, mega, giga ...

1000 watts = 1 kilowatt
1000,000 watts = 1000 kilowatts = 1 megawatt
1000,000,000 watts = 1000 megawatts = 1000,000 kilowatts = 1 gigawatt
"kilowatt" is a multiple of the "watt" unit of power measurement

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