Interactive Lab Assistant: AC Synchronisation and Automatic Generator Control
	
        
															
									
									
									
								
														
																						The experiment instructions come in the form of an Interactive Lab Assistant course. This multimedia course is a step-by-step guide through the topic of modern energy systems. The fundamentals are conveyed using easy to understand animations. The Interactive Lab Assistant in conjunction with the SCADA Viewer constitutes a comfortable experimenting environment.
Special features:
	- Interactive experiment set-ups
 
	- Measured values and diagrams can be stored in the experiment instructions per drag and drop
 
	- The SCADA Viewer can be started directly from the experiment instructions
 
	- Includes questions with feedback and evaluation logic for progress monitoring
 
	- Documents can be printed out for hard copy of experiment instructions including solutions
 
	- Labsoft browser, course software and SCADA Viewer
 
Training contents:
	- The "dark-lamp" circuit
 
	- The "bright-lamp" circuit
 
	- The "cyclic" (three-lamp) circuit
 
	- Supplying active power
 
	- Supplying inductive reactive power
 
	- Supplying capacitive reactive power
 
Automatic synchronising circuits
	- Putting into operation and setting the parameters of the programmable controller
 
	- Synchronisation in test mode
 
	- Synchronisation to the actual power supply grid
 
	- Response of the programmable controller to incorrect programming
 
Automatic power factor control
	- Setting the parameters of an automatic cos-phi controller
 
	- Synchronising the generator to the power supply grid
 
	- Closed-loop cos-phi control of a synchronous generator
 
	- Closed-loop cos-phi control of the power supply grid
 
Automatic power control
	- Setting parameters of an automatic power controller
 
	- Synchronising the generator to the power supply grid
 
	- Control and disturbance variable response of the power controller
 
	- Sensitivity and direction of action of the power controller
 
	- Course duration 12 h approx.