3rd Workshop on Power Converters for Particle Accelerators (POCPA) 2012 PETRAIII Extension digital regulation Constant current oscillations AC load Number.

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Presentation transcript:

3rd Workshop on Power Converters for Particle Accelerators (POCPA) 2012 PETRAIII Extension digital regulation Constant current oscillations AC load Number of Power supplies Pictures of power parts Niels Heidbrook DESY

3rd Workshop on Power Converters for Particle Accelerators (POCPA) 2012 Petra III 2,3km length

3rd Workshop on Power Converters for Particle Accelerators (POCPA) choppers 556 power supplies 292 correctors 309 choppers334 correctors Petra III Extension 655 power supplies old Petra III Extension

3rd Workshop on Power Converters for Particle Accelerators (POCPA) Correctors

3rd Workshop on Power Converters for Particle Accelerators (POCPA) Bipolar Choppers 55A

3rd Workshop on Power Converters for Particle Accelerators (POCPA) Choppers 200A

3rd Workshop on Power Converters for Particle Accelerators (POCPA) Choppers 2*400A

3rd Workshop on Power Converters for Particle Accelerators (POCPA) Choppers 600A

3rd Workshop on Power Converters for Particle Accelerators (POCPA) Thyristor 500V/500A

3rd Workshop on Power Converters for Particle Accelerators (POCPA) 2012 SD card USB, COM 1&2, CAN BUS DCCT 1&2 Polarity changer Fan steering CAN BUS Temperature measurement Touchscreen display with scope FPGA 1 Current Measurement I-Regulator Communication Internet Chip Communication Online scope Mail Power part Ethernet PSC Control system Web pageScopeService box 1ADC/6DAC/6digital I/O Touchscreen display Fiber optics FPGA 2 Voltage Measurement U-Regulator Power part steering and protection Main contactor steering Ground resistance measurement Dump survey

3rd Workshop on Power Converters for Particle Accelerators (POCPA) 2012 Constant current oscillations Mains = ~ Power supplies Rectifier filter constant current => constant power U intermediate I load I intermediate

3rd Workshop on Power Converters for Particle Accelerators (POCPA) 2012 Constant current oscillations Mains = ~ Constant power loads Rectifier filter U intermediate I intermediate t U intermediate I 1 =1A U 1 =10V I 0 =2A U 0 =5V P=10W ∆R= ∆U ∆I = 10V-5V 2A-1A -5V 1A = =-5Ω P

3rd Workshop on Power Converters for Particle Accelerators (POCPA) 2012 Constant current oscillations I R2 constant power 5KW filter rectifier power supplies

3rd Workshop on Power Converters for Particle Accelerators (POCPA) 2012 Constant current oscillations ~350A eff I R2 constant power 55KW filter rectifier power supplies

3rd Workshop on Power Converters for Particle Accelerators (POCPA) 2012 Constant current oscillations I R2 constant power 55KW filter rectifier power supplies damping

3rd Workshop on Power Converters for Particle Accelerators (POCPA) 2012 Constant current oscillations Mains = ~ Power supplies Rectifier filter constant current => constant power U intermediate I load I intermediate damping Conclusion: Extension => check damping

3rd Workshop on Power Converters for Particle Accelerators (POCPA) 2012 Constant current oscillations Mains = ~ Power supplies Rectifier filter U intermediate I load I intermediate filter C L L load L, C, L load => system order is 3 U load U load, I load => 2 values for regulation  Regulation is under-determined for full pole setting  Ringing problems => less regulation quality

3rd Workshop on Power Converters for Particle Accelerators (POCPA) 2012 Constant current oscillations Mains = ~ Power supplies Rectifier filter U intermediate I load I intermediate damping filter C L L load damping Stability at high current, Improved regulation quality Resistance of a self-repairing (POLYSWITCH) fuse

3rd Workshop on Power Converters for Particle Accelerators (POCPA) 2012 AC load Power supply I load filter C L SCR bridge 12 pulse U SCR f 0 =600Hz I SCR ~ constant U1U1 U2U2 U3U3

3rd Workshop on Power Converters for Particle Accelerators (POCPA) 2012 Power supply I load C L delay U=4V pp f 0 =600Hz ~ (I load Delta-Sigma ADC delay = 1ms) AC load

3rd Workshop on Power Converters for Particle Accelerators (POCPA) 2012 filter C L U=4V pp f 0 =600Hz delay ~ reaction ~ I load AC load

3rd Workshop on Power Converters for Particle Accelerators (POCPA) 2012 I load filter C L U=4V pp f 0 =600Hz pre-delay ~ pre-action ~ U=4V pp f 0 =600Hz action AC load

3rd Workshop on Power Converters for Particle Accelerators (POCPA) 2012 I load U=4V pp f 0 =600Hz ~~ U=4V pp f 0 =600Hz Power supply = Frequency generator 4V pp => High internal filter current AC load

The MTBF is satisfying, i.e. limited by: Auxiliary power supplies fail sometimes 12V/4A (1.2A load) There are still some software bugs Overcurrent after cycling of the magnets caused by the old learning function About 3.5 Years experience 556 new designed power supplies in operation 655 power supplies including the Extension Conclusion 3rd Workshop on Power Converters for Particle Accelerators (POCPA) 2012