DocumentCode :
1775728
Title :
Auto tuning speeds commissioning of the generator excitation system
Author :
Schaefer, Richard C. ; Kiyong Kim
Author_Institution :
Basler Electr. Co., Highland, IL, USA
fYear :
2014
fDate :
22-26 June 2014
Firstpage :
137
Lastpage :
143
Abstract :
This paper discusses PID tuning capabilities of a digital excitation system and a new feature called automatic tuning which can accelerate the process involve of commissioning the generator with the new excitation system. Based on given excitation system parameters, several PID tuning approaches are reported. Since in general, these parameters are not available during commissioning, specifically the machine time constants, this lack of information causes a considerable time delay and cost of fuel usage for commissioning the automatic voltage regulator (AVR). In the automatic tuning method, the excitation system parameters are identified and the PID gains are calculated using well-developed algorithms. With self-tuned PID gains, commissioning is accomplished very quickly with excellent performance results. Also discussed are the new software tools that can ease the burden of testing and aid in achieving compliance with the latest North American Electric Reliability Corporation (NERC) Mods 026 and PRC 19 standards.
Keywords :
commissioning; digital control; electric generators; three-term control; tuning; voltage regulators; AVR; Mods 026 standard; NERC; North American electric reliability corporation; PID tuning capability; PRC 19 standard; automatic tuning method; automatic voltage regulator; autotuning speed commissioning; digital excitation system; fuel usage cost; generator excitation system; machine time constant; self-tuned PID gain; time delay; Generators; Regulators; Testing; Tuning; Voltage control; Voltage measurement; Digital voltage regulator; auto-tuning of the PID controller; commissioning a generator excitation system; particle swarm optimization; recursive least square;
fLanguage :
English
Publisher :
ieee
Conference_Titel :
Pulp and Paper Industry Technical Conference, Conference Record of 2014 Annual
Conference_Location :
Atlanta, GA
ISSN :
0190-2172
Print_ISBN :
978-1-4799-5204-5
Type :
conf
DOI :
10.1109/PPIC.2014.6871158
Filename :
6871158
Link To Document :
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