Kenya Power has explained how electricity frequency affects the stability and reliability of the power supplied to homes and businesses.
Electricity frequency refers to the number of times alternating current changes direction every second. It is measured in Hertz (Hz).
Although most consumers do not directly notice electricity frequency, it plays an important role in keeping the national power system stable.
Kenya Power said major changes in frequency can affect electrical equipment and may also make the wider power grid unstable. In extreme situations, this can contribute to power outages.
The utility company explained that its National Control Centre monitors the electricity system around the clock.
The centre keeps track of several important factors, including frequency, voltage, electricity generation and demand.
This constant monitoring helps Kenya Power identify changes in the system and respond to fluctuations that could affect electricity supply.
Frequency is closely linked to the balance between electricity being generated and the amount being consumed.
When electricity demand changes, the power system has to adjust generation to maintain the required balance. A major difference between supply and demand can cause frequency changes.
Kenya Power's explanation comes as the company continues to manage a national electricity network serving households, businesses and other consumers.
For ordinary electricity users, frequency is one of the technical factors working behind the scenes to keep power flowing safely.
Consumers may not see frequency on their electricity meters, but maintaining it within the required range is important for protecting equipment and keeping the grid stable.
The company also monitors voltage alongside frequency because both can affect the quality and reliability of electricity supplied to customers.
Kenya Power said continuous monitoring of these factors helps reduce the risk of disruptions and supports a more reliable electricity system.
The explanation gives consumers a better understanding of the technical processes involved in delivering electricity and maintaining stability across the national grid.