Shujun Zhang

Field of work

Profile

Shujun Zhang has many years experiences in the fields of Power Electronics, Electric Drives and Power Systems in both academy and industry. The most exciting point in these fields for him is to implement technologies to create the state-of-the-art power conversion systems for the society. He has research interests in power electronics, electric machines and actuators, digital real time control, renewable energy, battery, power systems, and microgrid. He has close contacts with industry  for both collaboration projects and consultation as a technical advisor. He is open to get more projects from both industries and acadimia.

If you are interested in studying or working in his lab in bachelor, master or PhD program, or if you would like to develop a good idea to products, or if you have technical challenges during development of your products, please feel free to contact him:

    e-mail: shujun.zhang@hvl.no

    tel: +47- 5558 7199

Competence in the fields of:

• AC/DC, DC/DC, DC/AC converter
• Electric machines and actuators, electric drives
• Maritime diesel electric propulsion system, energy storage system, and hybrid propulsion system
• Microgrid for all-electric ship
• Short circuit analysis for DC or AC power grid
• THD analysis
• Control system, code generation, embedded programming
• Hardware-In-the-Loop testing and prototyping

Microgrid research

       Available equipments       

                Prototype of modular multilevel converter

                Typhoon HIL 604

                Prototypes of AC/DC, DC/AC, DC/DC converters

                Basic line HIL machines from Speedgoat

                PM motors and induction motors

                DSP boards and FPGA boards

Project:

1. Design of onshore high power fast battery charging system for electric ferry, Master Project 2017-2018,  With Siemens Bergen

2. Grid Connected Three-phase Modular Multilevel Converter for Maritime Application, Master Project 2018-2019

3. Silicon Carbide (SiC) Based DC Switch for Maritime Application, Master Project 2018-2019

4. Engineering and Performance Comparison Study of DC Distribution System and AC Distribution System for Diesel-Electric Propulsion System, Master Project 2018-2019, With Norwegian Electric Systems AS

5. Sensorless Control of Permanent Magnet Synchronous Machine for Subsea Application, Master Project 2019-2020, with Visinnovasjon

6. Stability Study of Hybrid DC Microgrid for Maritime Deisel Electrical Propulsion Applications, PhD project 2019-2023