Substation 56 - RG&E Electrical Substation in Rochester, New York

Substation 56 is an operational electrical substation located in Rochester, New York, United States. Owned and operated by RG&E (Rochester Gas and Electric), this facility plays a key role in the local power distribution network, serving residential, commercial, and industrial customers in the greater Rochester area. The substation handles multiple voltage levels, including 115 kV for transmission, 34.5 kV for sub-transmission, and 12.47 kV for distribution, indicating its function as a step-down substation. As part of the U.S. electrical infrastructure, Substation 56 operates under the regulatory framework established by the Federal Energy Regulatory Commission (FERC) for interstate transmission and the New York Independent System Operator (NYISO) for grid reliability. The facility adheres to North American Electric Reliability Corporation (NERC) standards to ensure grid stability and security. The substation's voltage levels and configuration are typical for a medium-to-large substation serving an urban area, with aging switchgear that may require periodic upgrades to maintain reliability. Environmentally, Substation 56 is situated in an urban setting within Rochester, a city with a mix of industrial and residential zones. The substation's operation supports the local grid by managing power flow and voltage regulation, which is critical for integrating renewable energy sources and maintaining service continuity. Its proximity to load centers reduces transmission losses and enhances energy efficiency, contributing to the overall resilience of the regional electrical infrastructure.

Located in an urban area of Rochester, New York, Substation 56 operates within a densely populated region with mixed industrial and residential land use. The substation's voltage levels and configuration are designed to support grid stability and reliability, particularly during peak demand periods. Its urban setting means it plays a crucial role in minimizing transmission losses and ensuring efficient power delivery to local consumers, while also supporting the integration of distributed energy resources.