Overview
Lucille Substation is an operational electrical substation in Florida, United States, owned and operated by Florida Power & Light. It operates at a voltage of 230 kV, serving the regional grid.
Lucille Substation is an operational electrical substation located in Florida, United States. Owned and operated by Florida Power & Light, it is a key component of the state's electrical infrastructure, handling transmission-level voltage of 230 kV. The substation operates under the regulatory framework of the North American Electric Reliability Corporation (NERC) and the Federal Energy Regulatory Commission (FERC), ensuring grid reliability and compliance with mandatory standards. As a 230 kV facility, it is classified as a high-voltage transmission substation, typical for bulk power transfer across long distances. This substation plays a critical role in maintaining grid stability and delivering electricity to residential, commercial, and industrial customers in the region. Its location in Florida, a state with growing energy demand and vulnerability to extreme weather, underscores its importance for reliable power supply.
Environmental context
The substation is situated in a subtropical climate zone prone to hurricanes and lightning strikes, which can impact grid reliability. Its urban-rural interface location influences vegetation management and wildlife interactions. The facility's high voltage (230 kV) requires careful siting to minimize electromagnetic field exposure and maintain safety clearances.
Frequently asked questions
Lucille Substation is located in Florida, United States, at coordinates 25.434667, -80.337991.
Lucille Substation operates at a voltage of 230 kV, which is typical for high-voltage transmission substations.
Lucille Substation is owned and operated by Florida Power & Light, a major electric utility in Florida.
As part of the US electrical grid, Lucille Substation must comply with NERC reliability standards and FERC regulations for transmission-level assets.
A 230 kV substation like Lucille serves as a node in the high-voltage transmission network, stepping down voltage for distribution or interconnecting with other transmission lines to ensure grid stability.