Transmission Lines

Transmission Lines

Transmission lines are a vital component of the power system, enabling the reliable transfer of electricity from renewable energy plants (such as solar and wind farms) to the national grid and end users. They ensure efficient, safe, and long-distance power delivery, while maintaining grid stability and minimizing losses.

Advantages:

• Reliable transfer of large-scale renewable energy to the grid

• Voltage levels up to 400 kV for long-distance transmission

• Reduced transmission losses with optimized conductor design

• Support for grid stability and integration of variable renewable sources

• Expandability to meet future power demand growth

Applications:

• Connection of utility-scale solar and wind farms to the grid

• Regional and inter-regional power transmission

• Industrial complexes and large infrastructure projects

• Hybrid projects combining PV, BESS, and substations

• Electrification of remote areas through high-voltage lines

Key Features:

• Overhead Transmission Lines (OHTL): cost-effective, suitable for long distances and open terrain

• Underground Transmission Cables: compact, safe, and ideal for urban or sensitive environments

• High-performance conductors with low-loss characteristics

• Modern insulation and protection technologies

• Advanced monitoring systems (thermal, fault detection, SCADA integration)

• Compliance with IEC, IEEE, and local grid codes

• Robust design against environmental factors (wind, ice, seismic activity)

• In-house manufacturing of High Voltage Transmission Towers, ensuring quality, reliability, and cost efficiency

Voltage and Capacity Range:

• Medium to High Voltage Transmission: from 20 kV up to 400 kV

• Capacity: from tens of MW up to several hundred MW depending on project scale

• Integration: seamless connection between renewable power plants, substations (AIS/GIS), and BESS for reliable grid supply

• Modern insulation and protection technologies

• Advanced monitoring systems (thermal, fault detection, SCADA integration)

• Compliance with IEC, IEEE, and local grid codes

• Robust design against environmental factors (wind, ice, seismic activity)

• In-house manufacturing of High Voltage Transmission Towers, ensuring quality, reliability, and cost efficiency