Projects:2015s1-72 Wind Turbine Control Simulator - Revision history

A1601946: /* Test Result */

2015-10-23T00:37:47Z

‎Test Result

2015-10-23T00:36:05Z

‎Test Result

2015-10-23T00:34:49Z

‎Test Result

2015-10-23T00:11:07Z

‎Hardware Construction

2015-10-23T00:10:53Z

‎Hardware Construction

2015-10-23T00:03:54Z

‎Hardware Construction

2015-10-23T00:03:16Z

‎Hardware Construction

2015-10-22T23:59:32Z

‎Hardware Design and Construction

2015-10-22T23:54:18Z

2015-10-22T23:51:08Z

‎Hardware Construction

@@ Line 164: / Line 164: @@
 The same thing happens in the case that the wind is rising. The following figure shows the case that a step input wind is applied to the system. The wind speed changes from 6m/s to 7m/s.
-[[File:inertia2.jpg]]
+[[File:2015_72_34.jpg]]
 The following figure shows the test result under a sine wave input wind. When the wind speed (blue) is changing, there is a delay in the change of the shaft speed (blue) due to the turbine inertia.
 However, the changes in torque (green) are ahead of the changing in wind speed. This is because the relationship between TSR and power co-efficient.
-[[File:inertia1.jpg]]
+[[File:2015_72_35.jpg]]
 == Generator Design and Test ==

@@ Line 164: / Line 164: @@
 The same thing happens in the case that the wind is rising. The following figure shows the case that a step input wind is applied to the system. The wind speed changes from 6m/s to 7m/s.
-[[File:2015_72_step.png]]
+[[File:inertia2.jpg]]
 The following figure shows the test result under a sine wave input wind. When the wind speed (blue) is changing, there is a delay in the change of the shaft speed (blue) due to the turbine inertia.

@@ Line 169: / Line 169: @@
 However, the changes in torque (green) are ahead of the changing in wind speed. This is because the relationship between TSR and power co-efficient.
-[[File:2015_72_Sine.png]]
+[[File:inertia1.jpg]]
 == Generator Design and Test ==

← Older revision		Revision as of 23:59, 22 October 2015
Line 251:		Line 251:

	In the further research of this wind turbine simulator, a two channel encoder could be used to avoid this additional calculation.		In the further research of this wind turbine simulator, a two channel encoder could be used to avoid this additional calculation.
		+
		+	=== Hardware Construction ===

← Older revision		Revision as of 23:54, 22 October 2015
Line 251:		Line 251:

	In the further research of this wind turbine simulator, a two channel encoder could be used to avoid this additional calculation.		In the further research of this wind turbine simulator, a two channel encoder could be used to avoid this additional calculation.
−
−	~~[[File:system.jpg]]=== Hardware Construction ===~~

← Older revision		Revision as of 23:51, 22 October 2015
Line 252:		Line 252:
	In the further research of this wind turbine simulator, a two channel encoder could be used to avoid this additional calculation.		In the further research of this wind turbine simulator, a two channel encoder could be used to avoid this additional calculation.

−	=== Hardware Construction ===	+	[[File:system.jpg]]=== Hardware Construction ===