1. Introduction
Research and development of electric motors and power electronic system:
- Research and development of electric motors with high efficiency, good working characteristics, and optimized design to reduce the costs.
- Research and development of high efficiency power converter: charger system for electric vehicles, powertrain for electric vehicles, inverter system for motor control.
- Research and development of autonomous mobile system and industrial robots.
- Provision of technology solutions for businesses.
2. Vision and mission
Researching and mastering core technologies of important applications is the foundation for the country's technological development.
Application-oriented research according to the requirements of reality, listening to the actual requirements of businesses and accompanying businesses to bring technology into products.
- Mastering the research, design and manufacture of electric motors including Permanent Magnet Synchronous motor (PMSM), Brushless Direct Current Motor (BLDC), and Induction Motor (IM);
- Mastering the research and design of smart actuator for collaborative robot.
- Mastering the research, design and manufacture of electronics capacity system (DC/DC converter, AC/DC, DC/AC inverter, etc.): inverter system for motor control, charging system for electric cars, powertrain for electric cars, etc.
- Mastering the research on autonomous mobile electric vehicles or robot industry such as autonomous mobile robots, autonomous industrial cargo robots, etc.
3. Our projects
3.1. Research and development of electric motors
a. Cooperative research Project No.l (Pilot project No.1)
- Collaborating Unit: Korean Institute of Science and Technology (KIST)
- Project Manager:
+ From KIST Side: Dr.Lee Yong-Bok
+ From VKIST Side: Pham Duy Hoc
- Research Topic: Research and development of 11kW-PMSM
b.Cooperative research Project No. 2 (Pilot Project No.2)
- Collaborating Unit: Korean Institute of Science and Technology
- Project Manager: Pham Duy Hoc
- Research Topic: Research and Development of 300W-PMSM and control system for collaborative robot joints
c. MOST level projects
- Project Manager: Pham Duy Hoc
- Research Topic: Research and development of a calculation and simulation tool to design PMSM
3.2. Research and development of power converters
- MOST-level project
+ Collaborating Unit: Institute for Control Engineering and Automation (ICEA) - Hanoi University of Science and Technology
+ Project Manager: Nguyen Kien Trung
+ Research Topic: Research and Development of 15 kW charging station for electric vehicles
3.3. Research and development of autonomous mobile robots
a. KIST Sub-project
- Collaborating Unit: KIST
- Project Manager:
+ From KIST Side: Dr. Shoon Kyum
+ From VKIST Side: Pham Duy Hoc
- Research Topic: Development of autonomous driving package for Omnidirectional mobile robot based on Robot Operating System
b. Protocol-level Project
- Collaborating Unit: KIST
- Project Managers:
+ From KIST Side: Dr. Kim Shoon Kyum
+ From VKIST Side: Pham Duy Hoc
- Research and development of autonomous mobile robot technology for industrial transport applications.
3.4. Research and Development of urban electric vehicles
- VKIST-level project on market survey
+ Collaborating Unit: Mai Linh Group
+ Project Manager: Pham Duy Hoc
+ Research Topic: Market survey and feasibility study of consumer acceptance of two-seater electric cars in Vietnam
