PCC2 Substation Retrofit Project included:
- Retrofit of existing Main-tie-main switchgear/unit substation.
- Main-generator-tie-generator-main switchgear/unit substation with auto-transfer system, and closed-transition generator synchronizing, paralleling, and load control system..
- 480V distribution in building, including five 25000 SF (4° C) cold rooms, which store the majority of the site’s product.
- Component testing, integrated testing, commissioning services.
SOP/Training Project included:
- Creation of Standard Operating Procedures (SOPs) for all site substations.
- End-User training for onsite engineering/operations/maintenance staff.
Site-Wide Power System Study Project included:
Coordination, short-circuit, and arc flash study for entire campus.
Over 4,000 electrical system components.
Project Engineer for new electrical service for 290,000 SF, 16-story high rise in center city Wilmington. This project included: Two 15kV electric services. Main-tie-main 15kV switchgear lineup with auto-transfer capability. 1500kVA pad-mounted transformer. 3000A low-voltage switchgear for building service/distribution. Coordination, short-circuit, and arc flash study. Component testing, integrated testing, commissioning services.
Project Engineer for the 13.2kV electrical distribution and emergency generation for this new 120-acre campus with 350,000 SF of institutional space. This project included: Six electric manholes with separable connectors, junctions, and fusing. Five 1500kVA pad-mounted transformers. Two 500kVA submersible transformers. Three 400kW diesel generators.
Project Engineer for construction of transformer vault/switchgear building, and interconnection with utility company. This project included: Three 27kV electric services (one aerial and two underground, approximately 3,000 feet each. Three 2000kVA network transformers. Three 4000A network protectors. 4000A – 480/277V switchgear; main-tie-main-tie-main. De-commissioning of 7MW prime-power diesel generator