The System Integration Validation Engineer is responsible for designing and executing testing and validation processes for utility-scale renewable energy systems, ensuring reliability, performance, and compliance with industry standards through advanced simulation environments and hardware integration.
Key Responsibilities
Define and manage system-level requirements for utility-scale renewable energy power plants
Develop and execute comprehensive validation plans for system testing
Design, build, and maintain test beds integrating high-voltage DC systems, battery simulators, and PV emulators
Perform performance reporting and validation for grid integration, including AC/DC systems and MV architectures
Ensure system compliance with UL 1741 and IEEE 1547 standards through testing of protection functions and grid-interactive behavior
Requirements
Proven experience in driving and managing technical requirements for large utility-scale renewable energy systems.
Minimum of 5 years of experience in systems integration, hardware validation, or product development within the power electronics or utility industry.
Deep expertise in HIL simulation environments such as Typhoon HIL, RTDS, or Opal-RT and SIL frameworks.
Strong technical knowledge of LV MV grid integration, transformer performance, and utility-scale power distribution.
Degree in Electrical Engineering or equivalent experience with a focus on Power Systems and Control Theory.
Design, build, and maintain full-system test beds integrating high-voltage DC-DC converters, battery simulators, and PV emulators.
Full system compliance testing with UL 1741 and IEEE 1547 standards through rigorous testing of protection functions and grid-interactive behavior.
Own and execute comprehensive validation plans for utility-scale power grid integration, including AC/DC systems and Medium Voltage architectures.
Lead the definition and management of system-level requirements for large utility-scale renewable energy power plants.
Design verification and performance reporting for utility-scale power grid integration.
Experience with industrial communication protocols such as Modbus TCP, CAN, and Ethernet.
Hands-on experience with the complete lifecycle of utility-scale renewable energy power plant development.
Ability to perform failure analysis (FMEA) at both system and subsystem levels.
Proficiency with programming languages such as Python, Go, or C.
Experience with frameworks including MATLAB, Typhoon HIL, RTDS, Opal-RT, SIL frameworks, and automation of CI/CD pipelines.
Experience working with high-voltage DC systems up to 1500V, PV emulators, battery simulators, and electrical design architectures.
Benefits & Perks
Competitive Compensation Package
Remote Flexibility with 5-15 travel to sites as needed
Health Insurance with 100% coverage of employee premiums under a Gold-level PPO plan
Dental and Vision Insurance with 50% of employee premiums covered
Retirement Plan (401k) with a 6% employer match
Ready to Apply?
Join 1st Avenue Power and make an impact in renewable energy