Overview
Thilmany Elm Reg is an operational substation in the United States, contributing to grid stability and power distribution in the region.
Thilmany Elm Reg is a substation located in the United States, serving as a key node in the electrical grid. As an operational facility, it plays a role in voltage transformation and power routing to support local and regional electricity demand. The substation's coordinates place it in a region with typical midwestern US infrastructure, where substations are critical for distributing power from transmission lines to distribution networks. While specific technical specifications such as voltage level are not detailed, substations in the US generally operate under NERC reliability standards and FERC regulations. These frameworks ensure grid stability and require adherence to maintenance and operational protocols. The facility's scale is likely medium, given its location and role in the grid. Environmentally, the substation's operation involves electromagnetic fields and potential impacts on local wildlife, though modern designs mitigate these effects. Its role in the grid supports community energy needs and industrial activity, contributing to economic stability. Ongoing compliance with regulatory standards is assumed.
Environmental context
The substation is located in a region with a mix of urban and rural areas, typical of the Midwest United States. Its operation involves electromagnetic fields, which are managed through standard shielding and siting practices. Substations generally have minimal direct environmental impact beyond land use and visual presence.
Frequently asked questions
Thilmany Elm Reg substation is located in the United States at coordinates 44.280698, -88.260722, likely in the state of Wisconsin.
Thilmany Elm Reg substation is operational, meaning it is actively involved in voltage transformation and power distribution within the electrical grid.
Substations in the United States operate under NERC reliability standards and FERC regulations, which ensure grid stability, safety, and compliance with operational protocols.
Substations step down high-voltage transmission power to lower voltages for distribution, enabling safe delivery to homes and businesses. They also provide switching and protection functions.
Environmental considerations include electromagnetic field management, noise mitigation, and land use. Modern substations are designed to minimize ecological impact through shielding and siting practices.