Customers will benefit from installation of 37 new automated reclosing devices that will help limit the frequency, duration and scope of service interruptions. The electrical devices work like a circuit breaker in a home that shuts off power when trouble occurs, with the added benefit of automatically reenergizing a power line within seconds for certain types of outages to keep power safely flowing to customers.
Reclosing devices allow utility personnel to automatically restore service to customers rather than sending a crew to investigate, which is especially helpful in rural or hard-to-access areas. This automated technology is safer and more efficient. To determine the best locations for these devices, utility personnel reviewed outage patterns across
The projects also include replacing 11 miles of existing power lines with thicker, durable wire designed to withstand tree debris and severe weather elements. New utility poles were installed to support the electrical infrastructure and additional power lines were constructed to connect customers to an alternate circuit, allowing for more flexibility in restoring outages due to events such as storms or vehicle accidents. The work provides a backup power feed that will help keep the lights on for customers if wires or equipment on their regular line are damaged or need to be taken out of service.
In addition, nearly 30 capacitor banks are being installed to help ensure all customers served by a single power line receive the same flow of safe, reliable electric service by evenly distributing electricity down the line.
"This work to modernize our distribution system is necessary to meet the growing energy demands of our customers for many years to come," said
The first phase of this work in this area began in July and should be completed by the end of this year. It is part of
FirstEnergy is dedicated to safety, reliability and operational excellence. Its 10 electric distribution companies form one of the nation's largest investor-owned electric systems, serving customers in
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