S118 QUINCE ORCHARD SUBSTATION, OCB 1A, 3A, 4A & 6A REPLACEMENT

Replacing aging 230 kV circuit breakers (OCB 1A, 3A, 4A, and 6A) with modern gas circuit breakers at the S118 Quince Orchard Substation.
Engineering and design of multiple electrical components, including disconnect switches, lightning arrestors, insulators, rigid and flexible bus connections, and grounding systems.
Ensuring all designs complied with industry standards and met project timelines while addressing the complex needs of integration with existing substation infrastructure.

Conducted engineering and pre-construction planning for equipment replacements, including disconnect switches, strain and rigid bus, control wires, and cables.
Designed and coordinated installation plans for lightning arrestors, CCVTs, junction boxes, cable trays, conduits, and grounding systems.
Provided comprehensive deliverables for each project phase, including Drawing Transmittal Sheets, design review packages (30%, 60%, 90%, 100%), IFC (Issued for Construction) packages, and as-built drawings per CAD standards. Ensured compliance with client (PEPCO) procedures and regulatory standards through meticulous project oversight and risk mitigation.
Used detailed project management methodologies to oversee progress, coordinate schedules, manage budgets, and facilitate effective communication among stakeholders.

Delivered fully approved and compliant design packages, including IFC and as-built drawings, ensuring proper equipment replacement and system integration.
Provided project management deliverables, including change notices, status reports, meeting documentation, and schedule updates, ensuring transparent and efficient project execution.
Successfully addressed the client’s goals for modernizing substation equipment while mitigating risks and adhering to project timelines and budgets.

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