Definition: High Tension refers to the higher voltage levels in an electrical system. The exact voltage range may vary depending on the region and standards, but HT generally implies higher voltages.
Application: High Tension is commonly used in the transmission of electricity over long distances, typically from power generation plants to substations.
Components: Transformers and equipment designed for handling higher voltages are used in HT systems.
Safety Measures: Due to the higher voltages involved, safety measures such as insulation and specialized equipment are critical in HT systems.
Definition: Low Tension refers to the lower voltage levels in an electrical system. The voltage range for LT is generally lower compared to HT.
Application: Low Tension is used for distributing electricity from substations to end-users, including residential, commercial, and industrial areas.
Components: Equipment designed for handling lower voltages, such as distribution transformers, is used in LT systems.
Safety Measures: While safety measures are still crucial in LT systems, the risks associated with lower voltages are generally less severe compared to HT systems.
Generation: Electricity is generated at power plants at high voltages (HT).
Transmission: High Tension is used to transmit electricity efficiently over long distances.
Substations: At substations, the voltage is stepped down from HT to LT for local distribution.
Distribution: Low Tension is then used for distributing electricity to homes, businesses, and industries.
End-User Consumption: Electrical devices at end-user locations operate at Low Tension.
These terms are essential in understanding the flow and distribution of electricity in power systems. High Tension is associated with bulk transmission, while Low Tension is associated with local distribution and end-user consumption.