At the end of the program, the trainee
Carries out occupational health and safety measures.
Writes LADDER programs according to circuit rules.
Writes a program using PLC commands.
Makes a wind power plant production forecast in accordance with the plant capacity.
The SCADA monitoring of the power plant is carried out periodically.
Performs inventory monitoring of wind power plant at determined intervals.
Communicates the wind power plant with the load dispatch center.
In the framework of legal obligations, Takes permission and performs wind power maneuvering maneuvers.
Carries out the maintenance of wind power field and power transmission line of wind power plant in the framework of legal notification without interruption of production.
Transfers the operating information of the wind power plant to the authorized units in accordance with the procedure.
Manages the engine room, turbine hub (HUB), wing, tower and power units according to the intervals specified in the manufacturer’s manuals.
Cleans the wind power unit.
Selects PLC equipment and peripherals.
Uses the PLC programming editor.
Uses commands of PLC commands according to software rules.
Programs the touch screen in accordance with the demands specified in the project.
Establishes automation network systems in accordance with the power plant project.
Makes SCADA software for monitoring of power plant during production
Controls the motors with the drivers.
Monitors the electrical systems at the wind power plant at determined intervals.
According to the method determined in the installation of the system, Monitors the the wind power plant’s movement systems.
Makes SCADA applications in wind power plant.
Follow the arrows and failures of the SPP shift book,
SPP energy generation forecasting and control room data recording,
Measuring the output current of the SPP charge controller,
Connecting the SPP battery pack to the charge controller,
Comparison of the measured value of the SPP and the value at the input of the charge controller, Measurement of SPP battery voltage and voltage on the charge controller,
Comparison of SPP battery voltage and voltage on charge controller,
Disconnecting the battery pack due to improper voltage on the battery and the charger controller,
Testing the batteries in the SPP group,
Grouping SPP batteries according to their voltages,
Connecting the SPP battery pack to the inverter,
Checking panel switching connections (sockets),
SPP ground test measurement,
Testing the surge arrester of the SPP unit,
Recording SPP changes and adversities in the shift book,
Checking the SPP mounting connections and cable insulation,
Checking the SPP metal construction connections,
Detection of loose nuts,
Maintenance of rusted parts of metal construction,
Checking the wiring of the inverter,
Recording problems related to inverters in the shift book,
Receiving information (data) in SPP inverter (inverter),
Comparing the received information with the display information on the inverter,
Checking the connections between the unit and the breaker,
Maintenance of the distribution panel,
Checking the connection between main breaker and busbar,
Grounding test measurement,
Maintenance of SPP LV / MV panels with measurement, grounding, isolator and cleaning elements,
Replacement and measurements of faulty components of SPP LV / MV panels,
SPP ground test measurement,
Checking all connections on the SPP busbar,
Checking the SPP insulator connections,
Cleaning of SPP air cooling ducts
Setting SCADA communication protocols,
Performing the button functions and data entry operations,
Implementation of display functions, alarm and sampling functions,
Preparation of configuration settings,
Creation of animation,
AC motor drive structure and connection,
AC motor drive parameter settings,
PLC AC motor drive,
Sequence of PLC analog input and output commands,
Connecting analog input and output elements to PLC,
Driving the motor with analog signals,
Stepper motor connections,
Step motor parameter settings and application of sliding,
Servo motor connections and parameter settings,
Servo motors drive application,
Monitoring of solar panel electrical system and power unit on system computer at certain time intervals,
Monitoring of the power transformer, breakers and disconnectors in the solar switchyard in order to intervene in the event of possible failures,
Monitoring of the solar route centered motion system via computer,
Monitoring the solar radiation centered motion system via computer,
Solar panel motion control, depending on the solar tracking sensor,
Security control of solar power (photovoltaic) power plant,
Establishing temperature sensing, pressure and humidity control,
Solar switchyard maneuver control, system computer,
Power transformer, breaker and disconnector control,
Overview and Evaluation of the traineeship program
Filling the feedback forms