Overview
Picante Substation is an operational electrical substation in the United States, handling a voltage of 345 kV. It plays a key role in high-voltage transmission grid stability.
Picante Substation is an operational electrical substation located in the United States, with coordinates 31.880213, -106.314433. It operates at a voltage of 345 kV, classifying it as a high-voltage transmission substation critical for long-distance power transfer and grid reliability. The substation's 345 kV voltage level aligns with typical high-voltage transmission infrastructure in the US, which is regulated by NERC reliability standards and FERC oversight. Such facilities are essential for interconnecting regional grids and ensuring stable electricity supply across large areas. As part of the US electrical grid, Picante Substation contributes to the resilience and efficiency of power delivery. Its operational status ensures continued support for local and regional energy needs, underpinning economic activity and community services.
Environmental context
Located in an arid region of the United States, the substation's operation is influenced by local climate conditions, including high temperatures and low humidity, which can affect equipment performance and maintenance schedules. The facility's high voltage level underscores its importance in minimizing transmission losses over long distances, supporting efficient energy use.
Frequently asked questions
Picante Substation is located in the United States at coordinates 31.880213, -106.314433, in an arid region near the border with Mexico.
Picante Substation operates at 345 kV, which is a high-voltage level used for long-distance transmission in the US electrical grid.
Picante Substation is currently operational, meaning it is actively serving the electrical grid.
US substations are subject to NERC reliability standards and FERC regulations, ensuring grid stability and compliance with federal energy policies.
A 345 kV substation is critical for high-voltage transmission, enabling efficient long-distance power transfer and reducing energy losses, which supports grid reliability and large-scale electricity distribution.