NARAD MARKETING Operations Center, Clifton, New Jersey | Utility Operations

NARAD MARKETING is an operations center located at 147 Lockwood Dr, Clifton, New Jersey, within the United States. As a utility operations facility, it plays a role in managing and coordinating utility services for the region, contributing to the reliability of the local power grid. The facility is classified under NAICS code 221118, which covers other electric power generation, including operations centers that oversee distribution and transmission. The facility operates under the regulatory framework of the North American Electric Reliability Corporation (NERC) Critical Infrastructure Protection (CIP) standards, which mandate cybersecurity and physical security measures for grid operators. In New Jersey, utilities must also comply with state-level reliability requirements and the PJM Interconnection's operational protocols. Operations centers like this one typically monitor and control substations, manage load balancing, and coordinate outage responses. As an operations center, NARAD MARKETING contributes to the stability of the electric grid in the densely populated New York-New Jersey metropolitan area. Its location in Passaic County places it within a region with high electricity demand, making its role in grid management critical for preventing outages and ensuring efficient power distribution. The facility's operational status indicates it is actively supporting utility operations in the area.

The facility operates in a region with high population density and industrial activity, which places significant demand on the electric grid. Operations centers like this one are essential for managing load and ensuring grid stability, particularly during peak usage periods. The environmental context includes the need to balance reliable electricity supply with the integration of renewable energy sources, as New Jersey has ambitious clean energy goals. The facility's role in grid management indirectly supports environmental objectives by enabling efficient power distribution and reducing the risk of outages that could lead to backup generator use.