Overview
Canonicus Switchyard is an operational substation in Rhode Island, United States, owned and operated by Rhode Island Energy. It operates at 115 kV, serving the local electrical grid.
Canonicus Switchyard is a substation located in Rhode Island, United States, owned and operated by Rhode Island Energy. The facility is currently operational and plays a role in the regional electrical infrastructure. The substation operates at a voltage of 115 kV, which is typical for sub-transmission and distribution-level assets in the United States. As part of the Rhode Island Energy network, it is subject to NERC reliability standards and FERC regulation, ensuring grid stability and compliance with federal guidelines. This facility contributes to the reliability of the local power supply in Rhode Island. Its location and voltage level indicate it serves as a critical node for distributing electricity to surrounding communities, supporting residential, commercial, and industrial loads.
Environmental context
The substation is located in an urbanized area of Rhode Island, where electrical infrastructure is integrated into the built environment. The 115 kV voltage level suggests it connects to both transmission and distribution networks, balancing local demand with grid stability. The facility's operation aligns with regional environmental considerations, such as minimizing electromagnetic field impacts and ensuring safe distance from residential areas.
Frequently asked questions
Canonicus Switchyard is located in Rhode Island, United States, at coordinates 41.668305, -71.179915.
Canonicus Switchyard operates at a voltage of 115 kV, which is a common voltage for sub-transmission and distribution substations.
Canonicus Switchyard is owned and operated by Rhode Island Energy, a utility company serving the state of Rhode Island.
Substations in the United States are subject to NERC reliability standards for grid stability and FERC regulation for transmission-level assets, ensuring safe and reliable operation.
A 115 kV substation typically steps down voltage from higher transmission levels for distribution to local networks, serving as a critical link between bulk power systems and end users.