Arbeids- og kompetanseområde
Profil
Shujun Zhang har mange års erfaring innen kraftelektronikk, motordrifter og kraftsystemer i både akademi og industri. De mest spennende punktet i disse feltene for ham er å implementere teknologier for å skape de toppmoderne kraftkonverteringssystemene for samfunnet. Han har forskningsinteresser innen kraftelektronikk, elektriske maskiner og aktuatorer, digital sanntidskontroll, fornybar energi, batteri, kraftsystemer, og mikrogrid. Han har nære kontakter med industrien for både samarbeidesprosjekter og konsultasjon som teknisk rådgiver. Han er åpen for å få flere prosjekter fra både industri og akademikere.
Hvis du er interessert i å studere eller jobbe i hans gruppe i bacheloe-, master- eller PhD-program, eller hivs du vil utvikle en god ide til prodkuter, eller hvis du har tekniske utfordringer under utviklingen av produktene dine, ta gjerne kontakt med ham:
e-post: shujun.zhang@hvl.no
tel: +47- 5558 7199
Kompetanse innen:
- AC/DC, DC/DC, DC/AC omformer
- Elektriske maskiner og aktuatorer, motordrifter
- Maritimt dieselektrisk fremdriftssystem, energilagringssystem og hybrid fremdriftssytem
- Mikrogrid for heleelektrisk skip
- Kortslutningsanalyse for DC eller AC strømnett
- THD-analyse
- Kontrollsystem, kodegenerering, embedded programmering
- Hardware-In-the-Loop testing og prototyping
Mikrogid forskning
Tilgjengelig utstyr
Prototype av modulær flernivåomformer
Typhoon HIL 604
Prototypes av AC/DC, DC/AC, DC/DC omformere
Basic line HIL maskiner fra Speedgoat
PM-motorer og induksjonmotorer
DSP-kort og FPGA-kort
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
- ELE502 Kraftelektronikk(master)
- ELE119 Kraftelektronikk (bachelor)
- MET503 Kraftelektronikk (master)
- MET205 Motordrifter (master)
- ELE307 Motordrifter(bachelor)
- ELE308 fordypning i kraftelektronikk(bachelor)
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ING303 Systemtenking og innovasjon for ingeniørar
- Kraftelektronikk
- Motordrifter
- Microgrid
- Smartgrid
- Energilagring
- Fornybar energi
- Sensor network and measurement technology
- Group of Ionic Liquids and Advanced Technology
Publikasjonar
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Towards the Application of Coloured Petri Nets for Design and Validation of Power Electronics Converter Systems
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Design and Simulation of a Rectifier for Bidirectional Electric Vehicle Chargers
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Integration Design of Sub-Module for Medium Voltage Modular Multilevel Converter
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Comparison of Supercapacitor and Battery Transient Response for DC-bus
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Comparison of diode rectifier and active-front-end for synchronous generators supplying DC loads for maritime applications
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Design of Modular Multilevel Converters for the Shipnet in medium Voltage DC All-Electric Ships
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A New Approach to Include Complex Grounding System in Lightning Transient Studies and EMI Evaluations
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System design and implementation of induction generators self-excited by capacitors for maritime diesel electric propulsion systems
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A new Method to include complex grounding system in lightning transient studies and EMI evaluations
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Study of high power fast charging station for battery ferry and hybrid ferry
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Percussive Drilling Application of Translational Motion Permenent Magnet Machine
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Down-the-Hole Hammer Drilling System Driven by a Tubular Reciprocating Translational Motion Permanent Magnet Synchronous Motor
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Percussive Drilling Application of a Tubular Reciprocating Translational Motion Permanent Magnet Synchronous Motor
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Variable Voltage Variable Frequency Control of Tubular Linear Permanent Magnet Synchronous Machine for Drilling Applications
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Tubular Linear Oscillatory Machine for Drilling Applications
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Analysis of Tubular Linear Permanent Magnet Motor for Drilling Application
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Oscillatory Motion Application of Tubular Linear Permanent Magnet machine
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Modeling and Control for Tubular Linear Permanent Magnet Synchronous Machines with Gas Springs in Drilling Applications
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Modeling and Control for Tubular Linear Permanent Magnet Synchronous Machines with Gas Springs in Drilling Applications