High Voltage Electrical Engineer

Intertek

1d•Remote

About The Position

A High Voltage Electrical Engineer in the renewable energy sector designs, develops, and optimizes electrical systems for community and utility-scale solar and battery storage projects, including project substation/switch yard. Primary responsibilities include preparing and/or reviewing electrical design packages using AutoCAD and ETAP software, performing load calculations, ensuring grid compliance, and overseeing installation and testing to ensure safe and efficient power generation and distribution.

Requirements

Bachelor’s degree in Electrical Engineering
5+ years of experience in Solar PV and BESS industry
Technical Skills:
Proficiency in CAD software
ETAP Power system simulation tools
Understanding of PV/BESS inverter, MV, and HV
Always Model Intertek’s 10X Energies within the work place, practicing business the right way
Be aware of, and adhere to, safety practices and policies to ensure your own safety, as well as the safety of others who may be affected by your actions at work
Ability to work in fast-paced, multi-tasking environment with shifting priorities and demanding deadlines
Must be detailed-oriented and able to effectively prioritize and organize workload, with efficient time management
Ability to communicate and interact effectively in verbal written and presentation formats
Must possess the fundamental technical and administrative skills required to perform the job duties
Must be customer focused and quality driven
Ability to travel out of town (USA and Internationally) as business needs dictate
Valid driver’s license and reliable driving record
This is a remote position; however, applicants must reside in and be able to legally work in the United States.

Nice To Haves

Professional Engineer (PE) license or ability to obtain

Responsibilities

Design: Review and/or create electrical schematics, wiring diagrams, and technical drawings from early design stages through As-Built documents for community or utility-scale solar and storage systems, as well as substations and switchyards, utilizing AutoCAD.
Technical Analysis: Conduct and review power system studies, load flow analyses, and inverter/MV/HV modelling to optimize energy output, leveraging ETAP software.
Grid Interconnection: Ensure all systems meet utility, TSP, and RTO standards, as well as safety codes such as NEC and IEEE, for compliant and safe grid integration.
Project Support: Offer technical expertise during mechanical, substantial, and final project completion phases, assist with commissioning tests, and troubleshoot to resolve on-site challenges.
Documentation: Manage and update technical design drawings, reports, and specifications, and maintain comprehensive project documentation for all stakeholders.