EMU Coral Substation - Operational Electrical Substation in the United States

EMU Coral Substation is an operational electrical substation located in the United States, with coordinates 42.255557, -83.630986. The facility operates at voltage levels of 40,000 volts and 13,200 volts, indicating its role in medium-voltage power distribution and transmission. As a substation, it is a critical node in the electrical grid, stepping down high-voltage power for local distribution or interconnecting different parts of the network. The substation operates under the regulatory framework of the United States, which includes NERC reliability standards and FERC oversight for transmission-level assets. Substations of this voltage class are typically part of regional transmission systems or large distribution networks, serving urban or industrial areas. The facility's location in the Midwest suggests it may support a mix of residential, commercial, and industrial loads, with typical infrastructure including circuit breakers, transformers, and switchgear. EMU Coral Substation contributes to the reliability and resilience of the local electrical grid. Its operational status ensures continued power supply to connected customers, and its voltage levels suggest it may serve as a distribution substation for a city or large community. The facility's role in the grid is essential for maintaining voltage stability and load balancing, particularly in regions with variable demand or renewable energy integration.

The substation is located in a region with a temperate climate, where seasonal temperature variations can affect electricity demand for heating and cooling. The surrounding area is likely urban or suburban, given the proximity to coordinates near Ypsilanti, Michigan. Substations in such settings must manage environmental considerations like stormwater runoff, electromagnetic fields, and noise from transformers. The facility's voltage levels indicate it may be part of a network serving sensitive loads, requiring robust environmental management to minimize operational impacts.