Tag Archives: Electric

Projects

Project Spotlight: Electric Broken Cross Storm Response

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Electric Overhead – Storm Response

In the late evening hours, a severe thunderstorm swept through Maryland, bringing high winds, lightning, and heavy rain. The storm caused widespread damage to the power infrastructure, leaving around 57,000 residents and businesses without electricity at its peak.

Understanding the critical nature of the situation, we swiftly mobilized our crews, arriving on the scene within an hour. Our team immediately began repairing a damaged cross brace on a 13kV line. This involved securing overhead cables, clearing debris, and reinforcing the structure to handle the power load.

Thanks to their quick and efficient work, the 13kV power line was repaired and stabilized, significantly reducing the outage duration. Power was restored promptly, minimizing the storm’s impact on the community. Our crews continued to support additional repairs and restoration efforts until power was fully restored to all affected areas.

We are proud of our team’s dedication and efficiency in responding to this emergency. Their hard work ensured that the community could return to normalcy as quickly as possible, demonstrating our commitment to reliable service and community support.

Projects

Project Spotlight: 13kV Recloser Installation

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Electric Overhead

Our urban electric crews bring extensive experience and specialized skills to managing projects in densely populated and high-traffic areas. Our team excels in implementing effective and safe traffic management strategies, working collaboratively with local authorities to protect both the crew and the public during project execution. Our commitment to safety and efficiency is evident in every project we undertake, making us a trusted partner in urban infrastructure development.

Because of these capabilities and commitments, we were awarded the contract to replace nine utility poles as part of an extensive infrastructure replacement program. This initiative aimed to enhance the reliability and efficiency of the electrical distribution network.

Throughout the duration of this project, nine utility poles were replaced, along with five 13kV transformers and three additional transformers of varying specifications. Also, 1,500 feet of new 4/0 aluminum conductor was installed, and finally, the existing 1/0 aluminum conductor was replaced.

The new poles and transformers reduce the likelihood of outages and improve overall system reliability. Upgrading the conductor to 4/0 aluminum allowed for higher electrical loads, meeting the growing demand in the area.

In conclusion, our team’s dedication to safety, efficiency, and collaboration has ensured this project’s successful completion and significantly contributed to the enhancement of the local electrical infrastructure. We look forward to continuing our role as a reliable partner in future urban infrastructure projects.