Technical Lead Engineer, Transmission System Planning (Hybrid)

Eversource Energy•Manchester, NH

5d•Hybrid

About The Position

Eversource does not offer immigration-related sponsorship, except in rare circumstances when there is a compelling business need. Applicants who require immigration sponsorship—either now or in the future—generally should not apply. This includes, but is not limited to, direct company sponsorship, listing Eversource as the employer of record on immigration documents, or any work authorization that requires company involvement or documentation (e.g., H-1B, OPT, STEM OPT, CPT, TN, J-1, O-1, etc.). Eversource is a leader in the rapidly evolving energy landscape, driving the integration of renewable energy and enabling the digital future. We provide cutting-edge engineering solutions for grid modernization, specializing in the complex interconnection of Distributed Energy Resources (DERs) and mission-critical Data Centers. Join our innovative team to shape the future of power systems. We seek a highly experienced Senior Engineer to lead technical studies for the interconnection of large-scale Distributed Energy Resources (DER) and Data Centers to the transmission and distribution grid. You will be instrumental in ensuring the reliable, safe, and efficient integration of these critical assets, solving complex power system challenges and supporting our clients' decarbonization and digital infrastructure goals.

Requirements

Demonstrated skill and experience in power systems analysis
Experience with interconnection applications for large industrial loads beyond Data Centers.
Experience with TARA, PSSE, PSCAD
Experience with scripting for automation (Python) within power system analysis tools.
Technical understanding of the parameters and functions of the operation of the power delivery system and power system theory
Skill in working cross functionally
Bachelor’s degree in Engineering, Electrical preferred.
More than eight years’ experience in power system engineering or supervision
Must be available to work emergency restoration assignment as required.
Must be available to travel between MA/CT/NH as necessary.

Nice To Haves

Advanced degree preferred
Professional Engineer’s License preferred

Responsibilities

Lead large-scale integration studies (DER, Data Centers, and more) across CT, MA, and NH.
Lead and manage comprehensive power system impact studies (Feasibility, System Impact Studies) for utility-scale DER projects (Solar PV, Wind, BESS) and large Data Center interconnections (ranging from tens to hundreds of MWs).
Responsible to lead detailed analysis using industry-standard tools (e.g., PSS®E, PSCAD, TARA, Synergi) including:
Validate the inverter models to ensure they meet relevant industry standards Steady-State Analysis (Power Flow, Short Circuit, Voltage Stability, Thermal Loading) Dynamic Analysis (Transient Stability, Voltage Ride-Through, Frequency Response) Electromagnetic Transient (EMT) Studies for inverter-based resources (IBR) and complex interactions.
DER & IBR Focus: Model and analyze the behavior and grid impact of inverter-based resources (solar, wind, BESS), including compliance with modern grid codes (IEEE 1547, ISO-NE PP5-6, IEEE 2800, UL 1741 SB, etc).
Participates with other utilities and the planning staff of the Independent System Operator (ISO) in the preparation of regional transmission expansion studies
Lead the effort of identifying potential grid issues and develop technically sound and cost-effective mitigation solutions (e.g., upgrades, FACTS devices, control settings).
Serve as the primary technical point of contact for utilities (ISOs, Transmission Owners, Distribution Utilities) throughout the interconnection process.
Prepare clear, concise, and comprehensive technical reports, study results, and presentations for internal stakeholders and external clients/utilities.
Provide technical guidance and mentorship to junior engineers.
Contribute to the development of internal study methodologies, standards, and tools
Maintain deep understanding of relevant interconnection procedures (FERC, NERC, state-specific), technical standards (NERC PRC, TPL, IEEE), and evolving grid requirements.