Job
Description
Solar Electrical Engineer We are seeking a Solar Electrical Engineer to design, develop, and support the electrical components of solar PV systems ā from initial concept through installation and operation. If you're passionate about renewable energy, electrically minded, and eager to make an impact, we want you on our team! ā” Key Responsibilities Design and size solar PV electrical systems, including panels, inverters, wiring, combiner boxes, protection devices, and grounding systems. Create detailed single-line and three-line diagrams, equipment layouts, wiring schematics, and engineering drawings using CAD and electrical design tools. Conduct site feasibility studies, including irradiance analysis, shading assessment, and electrical load requirements. Perform electrical calculations, simulation and analysis (e.g., load flow, short circuit, voltage drop). Ensure system compliance with electrical standards and codes (NEC, IEC, IEEE, local regulations). Select and specify electrical componentsāmodules, inverters, cables, protection gear, transformersābalancing technical and economic factors. Support procurement by preparing technical specifications and evaluating vendor proposals. Provide technical support during installation, testing, and commissioning, including startup checks and issue resolution. Monitor performance data post-commissioning to identify faults and optimize system performance. Assist with permitting, interconnection applications, and documentation for utility and regulatory approvals. Collaborate with civil, structural, and project engineering teams for seamless system integration. Maintain accurate engineering documentation: drawing sets, schedules, BOMs, test plans, and commissioning reports. Stay current on emerging solar electrical technologies, codes, and best practices. š ļø Required Skills & Experience Bachelor's degree in Electrical Engineering or a related field. Designing grid-tied solar PV systems, ideally with a mix of residential, commercial, or utility-scale projects. Proficiency in CAD (AutoCAD, Revit) and PV design/simulation tools (e.g., PVSyst, HelioScope, ETAP, PSSĀ®E). Strong understanding of electrical engineering principles, including circuits, power systems, protection, and grounding. Familiarity with relevant codes and standards (NEC, IEC, IEEE, local grid regulations). Experience preparing technical documentation, BOMs, proposals, and permit-level drawings. Solid problem-solving and troubleshooting skills, especially during commissioning and performance monitoring. Effective communicator able to interact with clients, EPC partners, utilities, and multidisciplinary teams. Detail-oriented, organized, and capable of managing multiple projects simultaneously. š Preferred Qualifications Professional certification or licensure (e.g., EIT, PE, NABCEP). Experience with advanced systems: energy storage, hybrid power configurations, microgrids. Background in protection coordination, relay schemes, and utility interconnection standards. Prior field experience with system commissioning and diagnostics. Knowledge of procurement processes and vendor evaluation. š Career Path Begin as Electrical Engineer ā Senior Electrical Engineer ā Lead Engineer / Technical Specialist ā Engineering Manager or Technical Director. Opportunities to specialize in grid-integration, energy storage, smart grids, or EPC technical leadership.
