Power Transmission and Distribution

Power Transmission and Distribution

Transmission: This refers to the transportation of high-voltage electricity from power stations to substations, typically over long distances through transmission lines. The voltage is increased (step-up) for efficient long-distance travel, and then stepped down at substations to safer, usable levels.

Distribution: This is the process where electricity is further delivered from the substations to the final consumers. The voltage is reduced (step-down) to levels suitable for residential, commercial, and industrial use.

Benefits

  • Efficient transportation of electricity over long distances
  • Ensures a stable and continuous power supply
  • Facilitates industrial and commercial growth
  • Minimizes energy loss and supports grid stability
  • Scalable to meet growing energy demands
  • Supports integration of renewable energy sources
  • Ensures safety through protection systems

Specifications

  • High voltage transmission: 110 kV to 765 kV
  • Medium voltage distribution: 1 kV to 66 kV
  • Low voltage distribution: Less than 1 kV
  • Conductors: Aluminum or copper for transmission
  • Transformers: Step-up and step-down voltage transformers
  • Substations: Equipped with switchgear and protective relays
  • Grid control systems: SCADA for real-time monitoring
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