Convert 2 Watt to Kilojoule per hour - Power

A list of units symbol and data.
From W	To kJ/h	All conversion
1 W	3.599999712000023 kJ/h
2 W	7.199999424000046 kJ/h
3 W	10.799999136000068 kJ/h
4 W	14.399998848000092 kJ/h
5 W	17.999998560000115 kJ/h
6 W	21.599998272000136 kJ/h
7 W	25.19999798400016 kJ/h
8 W	28.799997696000183 kJ/h
9 W	32.3999974080002 kJ/h
10 W	35.99999712000023 kJ/h

A list of units symbol and data.

From W

To kJ/h

All conversion

1 W

3.599999712000023 kJ/h

2 W

7.199999424000046 kJ/h

3 W

10.799999136000068 kJ/h

4 W

14.399998848000092 kJ/h

5 W

17.999998560000115 kJ/h

6 W

21.599998272000136 kJ/h

7 W

25.19999798400016 kJ/h

8 W

28.799997696000183 kJ/h

9 W

32.3999974080002 kJ/h

10 W

35.99999712000023 kJ/h

Understanding the Watt (W): The Fundamental Unit of Power

The watt (symbol: W) is the International System of Units (SI) standard for measuring power. Defined as one joule per second, it quantifies the rate at which energy is transferred or converted. Named after Scottish engineer James Watt, this unit is pivotal in various fields, from electrical engineering to physics, serving as the cornerstone for understanding energy consumption and generation.

In practical terms, a 100-watt light bulb consumes energy at a rate of 100 joules per second. This measurement is crucial for designing electrical systems, assessing appliance efficiency, and managing energy resources effectively.

Kilojoule per Hour (kJ/h): A Practical Metric for Long-Term Energy Consumption

The kilojoule per hour (kJ/h) is a unit of power representing the transfer or use of one kilojoule of energy per hour. While it measures a much slower rate of energy flow compared to kJ/s or kJ/min, it’s particularly useful in evaluating systems with continuous, long-term energy consumption, such as climate control systems, residential energy use, and even basal metabolic rates in humans.

With 1 kJ/h being equal to approximately 0.2778 watts, this unit allows for granular insights into low-energy systems, offering accuracy in scenarios where slight variations in energy use have significant implications over time.

Engineers, energy auditors, and environmental scientists use kilojoule per hour to calculate and track energy efficiency, especially when implementing strategies for cost savings, carbon footprint reduction, and regulatory compliance.

1 Watt = 0.001 Kilowatt

Convert 2 W → kW

1 Watt = 0.000001 Megawatt

Convert 2 W → MW

1 Watt = 1e-9 Gigawatt

Convert 2 W → GW

1 Watt = 1e-12 Terawatt

Convert 2 W → TW

1 Watt = 1e-15 Petawatt

Convert 2 W → PW

1 Watt = 1e-18 Exawatt

Convert 2 W → EW