Responsible for the design development of model and control schemes for wind farm power plant operation using simulation tools and performing system impact studies for rating of wind farm substation apparatus & control systems.
Advise on grid-side analytical methodologies and schemes, for sizing and planning of future wind farm implementations
Responsible for substation equipment rating, and specification, protection coordination guidelines, power apparatus supplier qualifications and selection
Simulation of electrical model of wind turbine and its impact on the power grid
Ensure wind turbine connection is able to meet grid codes
Perform studies on electrical drives and control, power system dynamics and control
Perform load flow and fault analysis, dynamic and transient simulations of power systems using dynamic simulation tools such as PSS/E, DigSilent Power-Factory, PSCAD, Matlab/Simulink or equivalent
Perform field measurements of power plant control/SCADA performance
PREREQUISITES
Proficiency in electrical drives and control, power system dynamics and control
Ability to perform load flow and fault analysis, dynamic and transient simulations of power systems using dynamic simulation tools such as PSS/E, DigSilent Power-Factory, PSCAD, Matlab/Simulink or equivalent
Ability to perform field measurements of power plant control/SCADA performance
PROFESSIONAL EXPERIENCE
Minimum 3 to 5 years experience in the relevant wind power field for Senior Engineer level, and 5 to 10 years similar experience for Associate Principal / Principal Engineer level
PROFESSIONAL QUALIFICATION
Degree (Masters preferred) in Engineering, Mechanical, or Electrical, or equivalent for Senior Engineer, and Masters (PhD preferred) in Engineering, Mechanical, or Electrical, or equivalent for Associate Principal / Principal Engineer Nigel BeanAustralia wind development staff View discussion »
Labels: E-Education
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