Javier Sanz
Full Professor
Key words:
Electric machinery,
Sensors,
Motor drives,
Transformers,
Wind Energy
Research description:
- Design and optimization of wind energy systems
with direct-driven permanent magnet synchronous
machines
- Vector control of electrical drives (motors and
generators) for special applications (high-speed,
very large dynamic range, etc)
- Monitoring of the ageing state of power
transformers by means of behavioural models
using intrusive and non-intrusive (external)
measurements.
- Simultaneous measurements of temperature and
vibrations in power transformers with fiber
optic sensors.
Laboratory facilities:
- 3,5 kW bench test facility including a torque-
controlled d.c. motor simulating the wind
turbine and a low-speed permanent magnet
synchronous generator coupled to the grid by a
power converter controlled by two DSP's.
- A similar 15 kW bench test with a.c. motor. The
machine under test is coupled to a 75 kVA
synchronous generator acting as a cuasi-infinite
bus. This facility allows to analyze the impact
of wind generators upon the grid (harmonics,
flicker, reactive control, etc).
- 25 kVA, 15 kV power transformer test facility
with sensors (fiber optics, accelerometers, etc)
and dynamic signal analyzer.
Return to University Research Capability