jmmeunier
Electrical
- Feb 24, 2011
- 11
Hi,
I am look for information on different generators for wind turbines. Could you help me to complete the following caracteristics?
Stator turn insulation (A), stator groundwall insulation (B), rotor winding insulation (C), stator wedge material (D), cooling method (E), known generic issues (F).
Studied generator models : DASAA 5025 & 5023 (VEM); JFEA-500-SS-04A (Loher); JFRA-560LB-04A (Loher); M2CG400JB 4 B3 (ABB); FLSB 400 V5 (Leroy); DVSG 500/4Msp (Weier); DVSGF 400/4L (Weier); DVSGM 560/4L (Weier); TAR-500-L/4 (Indar); AMK 500L4A (ABB); CR20 (Cantarey)
As an example:
Dasaa 5023&5025
A - mica + epoxy (VEMoDUR - VPI)
B - mica + epoxy (VEMoDUR - VPI)
C - mica + epoxy
D - epoxy glass fiber (laminate)
E - Air-Air
F - Inadequate cooling
Thank you for your help
Regards
I am look for information on different generators for wind turbines. Could you help me to complete the following caracteristics?
Stator turn insulation (A), stator groundwall insulation (B), rotor winding insulation (C), stator wedge material (D), cooling method (E), known generic issues (F).
Studied generator models : DASAA 5025 & 5023 (VEM); JFEA-500-SS-04A (Loher); JFRA-560LB-04A (Loher); M2CG400JB 4 B3 (ABB); FLSB 400 V5 (Leroy); DVSG 500/4Msp (Weier); DVSGF 400/4L (Weier); DVSGM 560/4L (Weier); TAR-500-L/4 (Indar); AMK 500L4A (ABB); CR20 (Cantarey)
As an example:
Dasaa 5023&5025
A - mica + epoxy (VEMoDUR - VPI)
B - mica + epoxy (VEMoDUR - VPI)
C - mica + epoxy
D - epoxy glass fiber (laminate)
E - Air-Air
F - Inadequate cooling
Thank you for your help
Regards