Title :
Results from the Pamir-3U pulsed portable MHD power system program
Author :
Swallom, Daniel W. ; Goldfard, V.M. ; Gibbs, Judy S. ; Sadovnik, Isaac ; Zeigamik, V.A. ; Aitov, Naufal L. ; Okunev, Vladimir I. ; Novikov, Victor A. ; Rickman, Victor Ju ; Blokh, Alexander G. ; Pisakin, Alexei V. ; Egorushkin, Peter N. ; Tkachenko, Boris
Author_Institution :
Textron Syst. Div., Wilmington, MA, USA
Abstract :
The Pamir-3U MHD power system acceptance test program was successfully performed in the United States in 1995. The Pamir-3U MHD system is a portable power system that can be transported to various operational locations. The power system is self-contained and does not require extensive support equipment to generate the design power. A preliminary acceptance test program, consisting of five power tests and several preliminary tests, was conducted during august 1994 in Russia. During this test program, power levels as high as 15 MWe were obtained, operation of the facility in various operating modes was demonstrated and several tests were conducted where the resistance was varied during the hot-fire test run. For the final Pamir-3U MHD power system acceptance test program, eight hot-fire tests were performed. The performance levels of the Pamir-3U MHD power system were confirmed during these tests. As a result of the experiments performed, the operational ability of the Pamir-3U MHD power system to operate in a variety of performance modes and under a variety of operating conditions was confirmed
Keywords :
magnetohydrodynamic conversion; magnetohydrodynamic convertors; magnetohydrodynamic power plants; plasma magnetohydrodynamics; pulsed power technology; testing; 15 MW; Pamir-3U pulsed portable MHD power system; acceptance testing; design power; hot-fire test run; operating conditions; performance tests; power generation levels; self-contained system; Electromagnets; Magnetic circuits; Magnetohydrodynamics; Performance evaluation; Plasma measurements; Power system protection; Power systems; Pulse power systems; Switches; System testing;
Conference_Titel :
Energy Conversion Engineering Conference, 1996. IECEC 96., Proceedings of the 31st Intersociety
Conference_Location :
Washington, DC
Print_ISBN :
0-7803-3547-3
DOI :
10.1109/IECEC.1996.553805