In your new role you will:This internship position focuses on the development of embedded software for PV and energy storage power conversion control, with an emphasis on algorithm design, logic optimization and simulation model building. The intern will work closely with the team's R&D engineers to participate in the entire process of software development from demand analysis to prototype testing, and gain practical experience in the field of new energy system software development.
- Assist in the development and debugging of embedded software for PV inverter and energy storage converter power conversion control.
- Participate in the design, simulation and optimization of core control algorithms (such as MPPT algorithm, grid-connected control algorithm, energy management algorithm) for power conversion systems.
- Build and verify simulation models of power conversion control systems using tools such as MATLAB/Simulink.
- Assist in writing software design documents, test plans and test reports.
- Collaborate with hardware engineers to conduct joint debugging of software and hardware prototypes, and solve problems encountered in the debugging process.
Your Profile
You are best equipped for this task if you have:
- Currently pursuing a master's degree in Electronic Engineering, Automation, Computer Science and Technology, Electrical Engineering or related majors.
- Proficient in C/C++ programming language, with a basic understanding of embedded system development (such as MCU/MPU programming).
- Familiar with basic control theories and algorithms (such as PID control, predictive control), and have a certain understanding of power electronics knowledge (such as rectifiers, inverters).
- Familiar with key power topologies in PV and energy storage systems, including Boost, buck/boost, multilevel topologies (NPC1, NPC2, ANPC), HERIC, DAB, and CLLC etc.
- Experience in using simulation tools (MATLAB/Simulink is preferred) to build and simulate control systems is a plus.
- Good logical thinking ability, learning ability and teamwork spirit, able to complete tasks assigned by the team on time.
- Able to be on duty 2-3 days a week.
Preferred Qualifications:
- Have relevant project experience or academic research experience in PV systems, energy storage systems or power conversion products.
- Familiar with the working principle and control logic of PV inverters or energy storage converters.
- Special preference for candidates with experience in single-stage topology development or application.
