Masterclass (2 days) High Voltage Direct Current Power Transmission
Training Provider: SINGAPORE INSTITUTE OF POWER AND GAS PTE. LTD.
Course Reference: TGS-2024046978
S$660
Original: S$2,200
Save S$1,540
About This Course
This objective of this masterclass is to equip participants with the capability to lead technical teams in planning, executing, and monitoring High Voltage Direct Current (HVDC) construction projects efficiently and to create and manage construction schedules for timely project completion of HVDC Converter Station. Upon completion of this course, participants will be able to understand the:
▪ Major HVDC technologies and configurations
▪ Voltage Source Converters
▪ Line Commutated Converters
▪ HVDC Land and Subsea Cables
▪ HVDC Overhead Lines
▪ HVDC Projects and maintenance
What You'll Learn
▪ Major HVDC technologies and configurations
o Major HVDC technologies for power transmission
o Common HVDC Configurations
o History and development of HVDC transmission
▪ Voltage Source Converters (VSC)
o VSC operation principles
o P-Q Characteristics
o VSC Control modes of operation
o VSC key characteristics and components
o Typical VSC applications and project examples
▪ Line Commutated Converters (LCC)
o LCC operation principles
o LCC control modes of operation
o LCC key characteristics and components
o Typical LCC applications and project examples
o Comparison of VSC and LCC technologies
▪ HVDC Land and Subsea Cables
o Difference between land and subsea cables
o Design factors
▪ HVDC Overhead Lines
o VSC operation during DC overhead line fault
o Conversion of AC line to DC
o Design considerations
o AC and DC protections
▪ HVDC Projects and maintenance
o Design, manufacturing and factory testing
o Construction and commissioning
o Operation and maintenance challenges
o Expected major refurbishment
o Major HVDC technologies for power transmission
o Common HVDC Configurations
o History and development of HVDC transmission
▪ Voltage Source Converters (VSC)
o VSC operation principles
o P-Q Characteristics
o VSC Control modes of operation
o VSC key characteristics and components
o Typical VSC applications and project examples
▪ Line Commutated Converters (LCC)
o LCC operation principles
o LCC control modes of operation
o LCC key characteristics and components
o Typical LCC applications and project examples
o Comparison of VSC and LCC technologies
▪ HVDC Land and Subsea Cables
o Difference between land and subsea cables
o Design factors
▪ HVDC Overhead Lines
o VSC operation during DC overhead line fault
o Conversion of AC line to DC
o Design considerations
o AC and DC protections
▪ HVDC Projects and maintenance
o Design, manufacturing and factory testing
o Construction and commissioning
o Operation and maintenance challenges
o Expected major refurbishment
Entry Requirements
Pass in English at GCE ‘O’/’N’ Level or WPLN level 4 or equivalent
Course Details
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