Substation Operational

Rogue Substation: 230 kV Electrical Infrastructure in Oregon, United States

United States

Overview

Rogue is a 230 kV substation operated by Bonneville Power Administration in Oregon, United States. It plays a key role in the regional electrical grid.

Rogue is a high-voltage substation located in Oregon, United States, operated by the Bonneville Power Administration (BPA). The facility operates at 230 kV, a standard transmission voltage, and is part of BPA's extensive network serving the Pacific Northwest. As a BPA asset, Rogue operates under the regulatory framework of the Federal Energy Regulatory Commission (FERC) and adheres to North American Electric Reliability Corporation (NERC) reliability standards. The substation likely employs modern switchgear and automation systems compliant with ISO/IEC 61850 for efficient grid management. The substation supports grid stability and power distribution in the region, contributing to the reliable supply of electricity to communities and industries. Its coastal location in Oregon underscores its importance in integrating renewable energy sources and maintaining system resilience.

Environmental context

Located in a coastal region of Oregon, the substation's environmental context includes proximity to sensitive ecosystems such as forests and waterways. The facility's operation must consider potential impacts on local wildlife and habitats, with BPA implementing measures to minimize electromagnetic field effects and ensure compliance with environmental regulations.

Frequently asked questions

Rogue substation is located in Oregon, United States, near the coast at coordinates 42.483606, -124.407342.

Rogue substation operates at 230 kV, a standard high-voltage transmission level.

Rogue substation is operated by the Bonneville Power Administration (BPA), a federal agency.

As part of the US grid, Rogue substation must comply with NERC reliability standards and FERC regulations for transmission assets.

Rogue substation facilitates the transmission and distribution of electricity, helping to maintain grid stability and supply power to the region.
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