HOME / Chile installs high-speed photoelectric connection DML

Article Overview

Chile has implemented a high-speed photoelectric connection within its Conexión Energía transmission line, integrating optical fibers for ultra-fast data transmission.

Overview of the Project

The Conexión Energía project involves the construction of Chile's first direct current (DC) transmission line connecting the Kimal Substation in the Antofagasta Region to the Lo Aguirre Substation in the Metropolitan Region. Spanning approximately 1,346 kilometers, this line is designed to transport up to 3,000 MW of clean energy efficiently across long distances while minimizing environmental impact .

Photoelectric and Optical Fiber Integration

A key innovation in this transmission line is the inclusion of optical fibers embedded within the high-voltage cables. Each tower supports 14 cables, with two of these containing optical fibers. These fibers enable high-speed data transmission along the energy corridor, effectively creating a photoelectric communication link that can carry large volumes of information securely and reliably . The optical fibers are 1.5 cm in diameter and are integrated alongside the power conductors, allowing simultaneous energy and data transport without interference.

Advantages and Applications

  • High-speed data transfer: The optical fibers allow for rapid communication, supporting modern digital infrastructure needs.
  • Secure and reliable: Embedded fibers are less susceptible to external interference compared to traditional radio-based systems.
  • Dual-purpose infrastructure: The line combines energy transmission with data connectivity, optimizing land use and reducing the need for separate communication networks.
  • Support for industries: This infrastructure benefits sectors such as finance, mining, and cloud computing by providing faster, more reliable data links .

Broader Connectivity Context

Chile is also expanding its international digital connectivity. The Humboldt Cable, a submarine fiber-optic line connecting Valparaíso, Chile, to Sydney, Australia, with a stop in French Polynesia, will provide 144 terabytes per second of transmission capacity. This cable, expected to begin operations in 2027, complements domestic high-speed links like the Conexión Energía optical fibers, positioning Chile as a digital gateway for Latin America .

Conclusion

The installation of the high-speed photoelectric connection in Chile represents a major step in integrating energy and digital infrastructure, combining clean energy transmission with ultra-fast optical communication. This dual-purpose approach enhances national connectivity, supports economic sectors reliant on rapid data transfer, and strengthens Chile's role in global digital networks.

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Chile installs high-speed photoelectric connection DML
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