The kW measures the power provided by electrical equipment in relation to time, or we may say that it quantifies the work produced by electrical appliances in relation to time. The kWh is a designated term for kilowatt-hour and finds its employment to calculate work done by electric gadgets for a specified duration. kilowatt-hour is a unit of energy that is obtained by multiplying the power by the number of hours for which an electrical instrument is used. The power utilised by an electrical item such as a light bulb, electric heater, fan, and so on is measured in kW.

**KW vs KWH**

**The main difference between kW and kWh is that kW is a particular form unit of measurement that is used in power calculation whereas kilowatt-hour is the unit that finds its use in the calculation of energy. kW(power) is used to define the rate at which electrical energy is consumed by the gadget whereas, on the contrary Kwh(energy) is used to measure the amount of energy used by the gadget in the specified time.**

The kW measures the power provided by various or a single electrical equipment in relation to time, or we may say that it quantifies the work produced by electrical appliances in relation to time. Home equipment, such as fans, electric heaters, and lamps, have rated power. And this power is calculated in kilowatts.

The kWh is a designated term for kilowatt-hour and finds its employment to calculate work done by electric gadgets for a specified duration. It is used to calculate the amount of energy utilised and consumed by machines. Limited consumption of energy is generally measured in kWh whereas Megawatt-hours are commonly used when there is a large or significant level of energy use.

**Comparison Table Between KW and KWH**

Parameters of Comparison | KW | KWH |

Definition | The kW is a unit of measurement for the amount of power used and received by electrical systems such as motors, engines, and radiators. | The kWh, on the contrary, is a unit of measurement for the quantity of energy consumed by electronic components. |

Symbol | kW is an abbreviated form or symbol for kilowatt | kWh is a notation for kilowatt-hour. |

Usage | The power utilised by an electrical item such as a light bulb, electric heater, fan, and so on is measured in kW. | kilowatt-hour is a unit of energy that is obtained by multiplying the power by the number of hours for which an electrical instrument is used. |

Calculation | Calculates the amount of power that electrical equipment generates and use. | It calculates the amount of energy each appliance consumes. |

Formula | The formula is given by (joule/ second)*1000. | The formula is given by Kwh= Kw* hour |

**What is KW?**

The kW measures the power provided by electrical equipment in relation to time, or we may say that It estimates the amount of work done by electrical equipment in relation to time. Home equipment, such as fans, electric heaters, and lamps, have rated power. And this power is calculated in kilowatts. kW is an abbreviated form or symbol for kilowatt. Determines the quantity of power generated and consumed by electrical devices.

A piece of machinery that uses power at a rate of 2 kW as opposed to 1 kW, for example, consumes electricity nearly twice as fast. However, in order to describe the real quantity of power utilized, there must be a period of time during which that rate happens, and this is where a kWh comes in.1 kWh indicates one hour of power consumption at a rate of one kW; hence, the 2 kW device would be using 2 kWh in an hour or 1 kWh in half an hour. The formula is simply kW x time = kWh.

Power is a measure of how quickly something generates or uses energy. The greater a house’s kW rating, the faster it consumes energy.

Joules per second (J/s) is an easy-to-understand measure of power.

**What is KWH?**

Kilowatt-hour is a type of energy unit whereas calorie is a type of unit used for measurement of energy. A joule is a form of measuring unit in the same way that a kilogramme is. The list of units used for the measurement of energy is not exhaustive, it includes Barrel of oil, Megajoule (MJ), Horsepower and many other units which we may not have heard.

It is not different how we measure distance in feet, metres, time in hours, seconds and minutes. The distance between Kolkata to Mumbai is 1934.4 km, in miles it is 1201.98043, and in the yard, it is 2115485.56.

When people say a biscuit has 160 calories, they’re alluding to how much energy it has. 160 calories = 0.185 kWh

Energy may change its shape. We may devour the cookie for energy. Alternatively, we may burn the cookie and convert it into thermal energy. With the proper equipment, we could convert the heat energy from the burning cookie into electrical energy to power lights, fans, and other devices. Some energy would be lost during the conversion process, but that burned biscuit should be able to power a light source for at least a few seconds.

**Main Differences Between KW and KWH**

- The kW is a unit of measurement for the amount of power used and received by electrical systems such as motors, engines, and radiators. The kWh, on the contrary, is a unit of measurement for the quantity of energy consumed by electronic components.
- kW is an abbreviated form or symbol for kilowatt, whereas kWh is a notation for kilowatt-hour.
- kilowatt-hour is a unit of energy that is obtained by multiplying the power by the number of hours for which an electrical instrument is used. The power utilised by an electrical item such as a light bulb, electric heater, fan, and so on is measured in kW.
- The first calculates the quantity of power generated and used by electrical equipment, while the second calculates the amount of energy consumed by each item.
- Kilowatt is a unit of measurement for the power of small appliances such as light bulbs and motors, whereas Kilowatt-hour has been used to compute electrical energy.

**Conclusion**

Distance and energy are analogous. The quantity of energy one expended during a certain time period is analogous to the distance that one travelled over that time period. Speed and power are synonymous.

The velocity at a certain point in time is analogous to instantaneous power (e.g. right now). The average power over a specific time period corresponds to the average speed over the same period of time. Distance and speed are both essential units of measurement. And they’re both connected in some way. It makes sense to talk about distance part of the time, and velocity some of the time. It’s the same with energy and power — one needs both, but one is typically preferable to the other.

**References**

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