Due to the extreme schedule constraints and the availability of temporary equipment, InPwr utilized its industry knowledge and in-house engineering team to design a paralleled 6.0mW temporary service. The main hospital consisted of a single 13.2kV service fed with dual utility feeds. InPwr utilized the available 2.0mW 480v generators and equipment to design a trailer mounted service entrance. The trailer had (3) 3000A 480V Main Disconnects, (1) 5.0mVA 480-13.2mV delta/wye transformer and (1) MV Main Disconnect.
This installation utilized almost 6 miles of 4/0 DLO cable to make all the connections and bring the hospital back online to serve the community. InPwr provided the design and installation and had the hospital under temporary power within 7 days of arriving to the site.
The Women’s Hospital consisted of (2) 3000A 480v Services and on-site emergency generators. With the utility power out, they discovered the onsite emergency generators were damaged and could not be utilized for the hospital to reopen. InPwr’s ability to perform onsite engineering to design a solution utilizing temporary equipment was paramount for the community.
InPwr quickly provided the design and mobilized the necessary equipment. This equipment included (3) 2.0mW generators, (1) for each service and (1) for emergency back included and Automatic Transfer switch.