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CHAPTER 8 Capstone ELECTRICAL RATINGS Stand Alone Table 8-2 presents the Electrical Ratings for the Stand Alone mode of operation. Whenever an expression is listed, N equals the number of individual microturbines within a MultiPac (N can be up to 20 if a C200 is the MultiPac Master, or more if the Capstone Advanced Power Server is acting as the MultiPac Master). Output Voltage Adjustment Range Output Voltage Stability, Time Output Voltage Stability, Temperature Output Voltage Configuration Nominal Real Power Output @ ISO (Note 1) Maximum Output kVA @ ISO (Note 2) Load Power Factor Range (Note 2) Output Voltage Harmonic Distortion, with Linear Load Output Voltage Harmonic Distortion, with CF load. Crest Factor (CF) = IPEAK /IRMS Output DC Voltage Content Output Voltage Step Load Regulation, load application or removal Output Voltage Step Load Recovery Time Notes: 150 to 480 VAC line-to-line (1 VAC adjustment resolution) ± 1.5% per 40,000 hours ± 0.2% over 20 to 50 C (ambient temperature) 3-Phase, 4 wire, L1, L2, L3, and N 0 to 200 kW HP NG 0 to 190 kW LP NG 258 kVA @ 480 V 215 kVA @ 400 V 0.8 lagging (inductive) to 0.8 leading (capacitive) 5% THD: complies with IEEE 519. < 8% THD, IPEAK 675 Amps 1.4 CF 3.0 ± 2.5 VDC line-to-neutral < ± 20% of nominal voltage for any resistive step load 75% rated load < 100 milliseconds to within ± 5% of nominal voltage for 75% rated load step < 8% Same as Single Unit Same as Single Unit Same as Single Unit Same as Single Unit kW = kWMT* N N * Single Unit Same as Single Unit Same as Single Unit THD, IPEAK *N*675 Amps 1.4 CF 3.0 Same as Single Unit Same as Single Unit Same as Single Unit Continued on next page Table 8-2. Electrical Ratings: Stand Alone Description Single Unit MultiPac Output Voltage Accuracy ± 2% of reading, (± 1% typical) line-to-neutral Same as Single Unit (1) Refer to Chapter 7: Performance for real power capability as a function of ambient temperature, elevation, and other site conditions. Additional considerations for worst case operating environment, minimum tolerance band, and load safety margin need to be taken into account when designing a system for Stand Alone operation, so the maximum figures shown above should only be used as a reference. (2) Values shown are limited by maximum current capability of the power electronics. For system design, total power factor for all connected loads should not be less than 0.8 (inductive or capacitive). 410066 Rev C (June 2009) 8-4 Capstone reserves the right to change or modify, without notice, the design, specifications, and/or contents of this document without incurring any obligation either with respect to equipment previously sold or in the process of construction.PDF Image | CAPSTONE C200 MICROTURBINE TECHNICAL REFERENCE
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