Hurricane Substation - PacifiCorp Electrical Substation in Oregon, United States

Hurricane Substation is an operational electrical substation located in Oregon, United States. Owned and operated by PacifiCorp, it is a key node in the regional transmission network, handling high-voltage electricity at 230 kV and 69 kV. The substation supports the integration of generation resources and load centers in the Pacific Northwest. As part of the U.S. electrical infrastructure, Hurricane Substation operates under the regulatory oversight of the Federal Energy Regulatory Commission (FERC) and adheres to North American Electric Reliability Corporation (NERC) reliability standards. The substation's dual voltage levels indicate its role in both transmission and sub-transmission, typical of facilities that connect bulk power systems to local distribution networks. PacifiCorp, a major utility in the Western Interconnection, manages this asset to ensure grid reliability and compliance with mandatory reliability standards. The substation's location in rural Oregon places it in an area with diverse environmental conditions, including mountainous terrain and seasonal weather extremes. Its operational significance lies in maintaining power flow stability for surrounding communities and industries, contributing to the resilience of the regional grid. The facility's age and specific equipment details are not publicly documented, but its continued operational status underscores its importance to local electrical infrastructure.

Hurricane Substation is situated in a rural area of Oregon characterized by mountainous terrain and variable climate, including snow and wildfire risks. The substation's voltage levels (230 kV and 69 kV) indicate its role in transmitting power over long distances, which can have environmental implications such as land use for transmission corridors. The facility's operation is subject to environmental regulations that manage potential impacts on local ecosystems, including wildlife and vegetation. Its location away from dense urban centers reduces direct human exposure but requires robust design to withstand natural hazards.