| Summary: | 碩士 === 國立臺北科技大學 === 能源與冷凍空調工程系碩士班 === 99 === The present paper uses FPGA and the PAC design way, develops a set of electric power quality monitor equipment, this equipment is suitable for the survey non-linear load equipment overtone pollution. The test equipment is AHU (Air Handling Unit) the frequency conversion transmission equipment. PAC power quality analysis system for the test data to verify. Finally carries on this experimental result and the Multi power monitor (PM710) gauging result the comparison.
This paper uses two kind of harmonic suppression equipment (include AC reactor, active renewable power supply) to carry on the electric power overtone improvement test. Power quality monitoring equipment to measure the AHU drive, and then with harmonic suppressors, the comparison for power quality improvement, and analysis of the performance of harmonic suppressors. Then assessed the use of active renewable power equipment, and four-quadrant operation of AC motor characteristics of renewable power, renewable power to the test equipment as active harmonic suppression equipment, but also for renewable energy feedback braking power is feasible to implement.
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