Designing the next generation of wind turbine converter controllers for wind power applications: Enhancing the power system reliability, stability and
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Description
This project will be done with Siemens Gamesa RE. The aim is to look at how a grid
forming controlled power converter will or could respond to power system transients caused by grid
faults, overvoltage's, phase jump and/or changes in system fault level. It is expected that this project
would involve both time and frequency domain studies into control algorithms and the resulting
response to such transient events, and real-time fast event detection algorithms that would allow the
first industrialised versions of Grid Forming control interfaced renewable generation to provide the
expected contribution to system stability during these highly dynamic events.
SGRE will support this project with background descriptions and examples of power system events,
controllers, technical engineering support, experience to date and look forward to working in partnership
with the successful applicant.
| University of Strathclyde | LEAD_ORG |
| Agusti Egea Alvarez | SUPER_PER |
| Rui Do Amaral Alves | STUDENT_PER |
Subjects by relevance
- Algorithms
- Electrical power networks
- Projects
Extracted key phrases
- Wind turbine converter controller
- Power system event
- Wind power application
- Power system transient
- Power system reliability
- Power converter
- Time fast event detection algorithm
- System fault level
- System stability
- Grid Forming control
- Transient event
- Renewable generation
- Control algorithm
- Dynamic event
- Technical engineering support