Duke Energy Florida
Client Name: Duke Energy Florida
Location: Southeast US
Service Categories:
Project Overview
The International Drive (I-Drive) system in Orlando is a high-reliability distribution network designed to serve a major commercial corridor. Originally installed in 1999–2000, the system includes 13kV feeders configured into five interconnected loops. It was engineered to rapidly isolate faults on underground cables, ensuring minimal service disruption in a densely populated hospitality and retail area.
Scope of Services
Commonwealth Associates provided detailed engineering support to address persistent system issues during fault conditions. Services included:
- Troubleshooting phase rotation, voltage loss, battery, mirrored bit, and port connection issues.
- Developing SCADA alarm logic to proactively identify and resolve issues.
- Creating logic diagrams and documentation to support system operation and future expansion.
- Delivering complete as-left documentation and relay communication verification methods.
Project Impact
The improvements significantly enhanced the reliability and responsiveness of the I-Drive system. By modernizing communication protocols and refining relay coordination, the project reduced the risk of prolonged outages and improved operational transparency for Duke Energy Florida.
Why Choose Commonwealth
Commonwealth’s deep expertise in complex distribution systems and protective relay coordination enabled a tailored solution for one of Florida’s most critical service areas. Our proactive engineering approach ensured that issues were not only resolved but prevented from recurring.
The Power of Partnership
This project exemplifies the value of long-term collaboration. Commonwealth’s ongoing support and system familiarity allowed for efficient upgrades and seamless integration of new technologies, reinforcing our role as a trusted partner in utility reliability.
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“Commonwealth does a great job summarizing technical information and making it understandable.”
Director - Facilities Planning & Construction, Eastern Michigan University