Senior Power Electronics Control Engineer

Canadian Solar

Location not specified

Full Time

Posted September 1, 2026

$95k - $140k

Solar Energy

This role may have expired

Apply Now

Application opens on company website

Job Description

At Canadian Solar, our vision is to make lives better by bringing electricity powered by the sun to millions of people worldwide.

Key Responsibilities

Design, develop, and maintain Hardware‑in‑the‑Loop (HIL) test environments for PCS and inverter control validation.
Build real‑time PCS simulation models, including grid models, filters, transformers, battery models, and protection interfaces.
Develop and validate inverter control algorithm firmware, protection strategies, and system behaviors under normal and abnormal operating conditions.
Execute test cases covering grid-code compliant functionalities prior to certification testing.
Support grid code compliance activities through documented test results and traceability.
Expand scope of HIL platform to cover other equipment, technologies and system according to future development plan.
Develop automated HIL test scripts and regression test suites to support continuous firmware and control validation.
Integrate HIL testing into development workflows and release processes.
Debug complex control and system‑level issues using real‑time waveforms, logs, and simulation data.
Maintain professional documentation for HIL architectures, simulation models, test plans, and validation reports.
Support root‑cause analysis for lab and field issues by reproducing scenarios in HIL.
Conduct testing of the PCS hardware.
Mentor junior engineers and support product lifecycle and field issue resolution.

Requirements

The Senior Power Electronics Control Engineer, specializes in Hardware-in-the-Loop simulation and validation of Power Conversion Systems (PCS) used in utility‑scale Battery Energy Storage Systems.
This role focuses on using real‑time digital simulators to emulate grids, inverters, batteries, and power stages in order to develop and validate control firmware, system‑level behavior, protection logic, and grid‑code compliance.
You will own the PCS HIL simulation environment, bridging power electronics, control algorithms, firmware, and system requirements to enable fast, repeatable, and certifiable testing.
Strong experience with real‑time HIL simulation for power electronics or grid‑connected systems.
Proficiency with HIL platforms such as OPAL‑RT, Typhoon HIL, dSPACE, RTDS, or similar.
Experience building real‑time models for inverters, batteries, power systems and protection systems.
Understanding of real‑time execution constraints, model fidelity, and latency considerations.
Solid background of power converter, especially inverter architectures, and energy storage systems.
Experience with converter control loops, digital protection mechanisms, and system‑level sequencing.
Ability to interpret control block diagrams, firmware behavior, and electrical schematics.
Familiarity with communication protocols such as CAN, Ethernet, SPI, UART, Modbus, and proprietary interfaces.
Experience with test automation, scripting, or model‑based validation workflows.
Familiarity with version control (GitHub/Bitbucket), documentation practices, and structured validation processes.
Strong analytical skills and attention to detail in test development and result interpretation.
Bachelor’s degree in Electrical Engineering, Computer Engineering, Computer Science, or related discipline. Advanced degrees in Power Electronics are preferred.
5+ years of professional experience in HIL testing, real‑time simulation, or PCS/inverter validation.
Demonstrated experience validating power converters system using real-time simulators.
Experience with MATLAB/Simulink, PSCAD or model‑based design workflows.
Experience of power converter experimental testing in laboratory set up.
Experience developing automated regression frameworks for inverter validation
Experience supporting product development subject to IEC/UL / IEEE grid‑interconnection standards.
Hands‑on experience working with cross‑functional firmware, controls, and hardware teams.
Strong analytical, problem‑solving, documentation, and technical communication skills.
Domestic and international travel ability.
e-STORAGE uses AI-assisted tools during parts of the hiring process, including screening and workflow automation. All final hiring decisions are made by humans.
This is a current vacancy, and we are actively hiring for this position.
#CanadianSolar