Job Title: Electrical Engineer System Integration
Location: Danbury, CT

Overview:

Customer is seeking an Electrical Engineer specializing in electrical systems integration to support the integration of complex distributed energy systems for mission-critical and data center applications.

This engineer will focus on integrating low-voltage power systems, UPS technologies, medium-voltage equipment, balance-of-plant electrical systems, and power conversion technologies into complete operational solutions. You will coordinate electrical interfaces between internal engineering teams, EPC contractors, equipment suppliers, and field service organizations.

Key Responsibilities:

Lead electrical integration of distributed generation systems for mission-critical and data center applications
Integrate medium- and low-voltage electrical equipment into complete operating solutions
Design auxiliary power systems including 24VDC, 48VDC, 125VDC, and low-voltage control power
Select and integrate UPS systems
Coordinate interfaces among fuel cell systems, inverters, switchgear, transformers, protection systems, and battery storage
Develop system wiring and interconnect documentation
Support factory testing and commissioning
Work with EPC contractors and equipment vendors
Troubleshoot electrical integration issues and support product validation and field upgrades
Coordinate electrical engineering activities across multiple disciplines

Required Qualifications:

BS in Electrical Engineering
3+ years (Mid), 5+ years (Senior), or 10+ years (Staff) of relevant experience
Electrical systems integration
Low-voltage power systems and medium-voltage systems
UPS systems and power distribution
Electrical interfaces and equipment integration
Commissioning and electrical troubleshooting
Working knowledge of NEC, IEEE, and NFPA; experience with ETAP / SKM / PSCAD

Preferred Qualifications:

Industrial-scale inverters
Battery energy storage systems (BESS)
Solar PV integration
Data-center power redundancy topologies (N+1, 2N, 2N+1) and Tier III/IV concurrent maintainability
Static transfer switches (STS) and fast bus-transfer schemes
Hybridized fuel cell + energy storage systems for dynamic load-following
Microgrid controllers / DERMS and interfaces to plant SCADA and data-center DCIM/BMS
Power quality / harmonic mitigation for non-linear IT loads (ITIC/CBEMA ride-through)
Islanding and grid-reconnection at the point of common coupling (PCC)
Fuel cell or distributed generation experience
Professional Engineer (PE) licensure

Electrical Engineer System Integration

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