Review station control, pole control, valve control, protection, monitoring and sequence-of-events systems.
Review operating modes, power-control functions, voltage and reactive-power control and system recovery philosophy.
Review control and protection coordination between the HVDC system, AC substations, grid protection, SCADA and telecom systems.
Review applicable system studies, including load flow, short circuit, harmonic, insulation coordination, overvoltage, dynamic-performance and electromagnetic-interference studies.
Verify technical interfaces between converter transformers, valves, cooling systems, control systems and station auxiliaries.
Review converter hall, valve hall, equipment-layout and environmental requirements.
Review OEM manufacturing, installation, testing and commissioning procedures.
Participate in design reviews, interface meetings, model-validation reviews and technical workshops.
Review control and protection settings, logic diagrams, interlocks, trip matrices and functional specifications.
Review factory and site testing documentation where included in the contracted scope.
Support resolution of complex technical issues during installation, testing and system integration.
Review readiness for subsystem testing, station integration, energization and trial operation.
Advise the Client on HVDC performance risks, OEM deviations, design gaps and mitigation measures.
Support review of as-built documentation, operating manuals and training requirements.
Key Deliverables
HVDC design and OEM-document review comments.
HVDC interface register.
Control and protection review report.
System-study review memorandum.
HVDC technical-risk register.
Testing and commissioning-readiness assessment.
Final HVDC technical-compliance report.
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