Eversource Energy · 2 days ago

Senior Engineer, Transmission System Planning

Manchester, NH

Full-time

Hybrid

Senior Level

$121K/yr - $134K/yr

5+ years exp

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DeliveryElectrical Distribution

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Responsibilities

Develop and maintain the system models for transmission studies. This includes: Collection and review of the forecast loads to be included in the model. Collection, modification, and review of a variety of electric system parameters including: equipment ratings, impedances, contingency sets, protection and control parameters, as well as system topology. Collection, modification, and review of DER modeling for steady state, stability, short circuit, and EMT analyses.

Performs DER transmission system impact studies independently for the entire Eversource service territories. This includes: Preparation of study scopes based on determined study assumptions. Verification of technical information and models of DER applications according to modeling testing processes, and providing timely comments to DER customers for model updates and corrections. Application of corporate planning standards in conjunction with any other applicable NERC, NPCC, and ISO-NE reliability standards and criteria. Development of solutions to mitigate identified significant adverse impacts by testing solution alternatives. Coordination with ISO-NE staff, DER and Distribution System Planning, line and substation engineering, asset management, siting, environmental and permitting, operations, etc. for the determination of system impacts and proposed solutions. Documentation and presentation of study results in study reports. Communication of study updates and presenting study results to regulatory agencies, DER customers, and affected parties.

Other supporting tasks include: Study process automation for routines with transmission analysis tools. Clear and effective communication of analyses results both verbally and in writing. Development of training modules. Training junior engineers. Performing emergent storm assignments as needed during times of inclement weather or adverse system conditions.

Qualification

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Power system transmission analysisProgramming (Python)New technologies photovoltaic solarNew technologies electric vehiclesNew technologies batteryElectrical theoryPlanning standardsReliability criteriaStrategic partnershipsSetting high standardsElectrical engineeringTransmission linesSubstation facilitiesPower system planningProfessional Engineer’s LicenseProblem-solvingCommunicationTeamworkInterpersonal skillsLeadershipAccountability

Required

Knowledge with power system transmission analysis tools such as PSSE, TARA, ASPEN, PSCAD, or other similar analysis software

Knowledge of programming language such as Python

Knowledge of new technologies including but not limited to photovoltaic solar, electric vehicles, and battery

Knowledge of electrical theory as applied to planning an electric power supply system

Knowledge of National, State and other planning standards and reliability criteria

Good written and oral communication skills, including formal presentation

Excellent team skills

Effective interpersonal skills, ability to develop strategic partnerships

Ability to achieve desired results by setting high standards for self and others, and accepts responsibility for outcomes

Baccalaureate degree in Electrical Engineering required - Electric Power Systems preferred. Advanced Degree is preferred

A minimum of 5 years of related experience. Relevant experience in planning, design, and/or operations related to transmission lines, substation facilities, with knowledge of power system planning

Professional Engineer’s License preferred

Preferred

Advanced Degree in Electrical Engineering

Relevant experience in planning, design, and/or operations related to transmission lines, substation facilities, with knowledge of power system planning