Control and Design of Microgrid Components - Power Systems ...

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Unit 1: P, Q, F, Frequency, Voltage Magnitude, Current Magnitude, 500ms/div. Unit 2: P, Q, F, Frequency, Voltage Magnitude, Current Magnitude, 500ms/div. 204
Import From Grid, Setpoints are 90% and 10% of Unit Rating, Choosing a Wrong Setpoint F 1 Utility System P 1 L 1 L 2 F 2 Event: Choice of Wrong Setpoint F 2 4 wire 75yd P 2 L 4 wire 3 L 4 25yd Event shows Unit 2 reaching zero output power after a choice of a wrong setpoint at Unit 2. Parallel Configuration, Control of F 1 and F 2 1 A F = 0.22 pu 2 B F = 0.4 pu P [pu] 0.72 = 90% 0.72 = 90% P 2 [pu] 0.08 = 10% 0.0 Frequency [Hz] 60.00 60.00 Load Level [pu] 1.2 = 150% 1.2 = 150% Grid Flow [pu] 0.4 = 50% 0.48 = 60% 2 Intermediate Bus (Load L 3 ) Voltage, 200ms/div. 205
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PSERC Control and Design of Microgr
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Information about this project For
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Executive Summary Economic, technol
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Table of Contents Chapter 1. Introd
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List of Figures Figure 1.1 Microgri
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List of Figures (continued) Figure
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Chapter 1. Introduction Distributed
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1.2.2 Operation and Investment The
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Figure 1.1 Microgrid Architecture D
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Chapter 2. Static Switch The static
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ω ωo ω1 Preq Pgrid P Pload Figur
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2.3 Synchronization Conditions The
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droop. The issue is that it is poss
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This synchronizing behavior is unac
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Figure 2.12 shows on the upper plot
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Chapter 3. Microsource Details This
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with different size. This control i
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u + _ K F ω o + _ ω o s P u ω o
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Q versus E Droop E req Q m Q _ + E
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currents from the microsources incr
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inverter ratings limits (in kVA) ca
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A 16 DG B 22 DG Static Switch C 8 D
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ω Unit 2 Max Unit 2 ω o Unit 1 ω
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Unit 1 Min Unit 2 ω Unit 1 ΔPmin
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positive value. When this value has
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needs of power. This solution would
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This expression is very similar to
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Li-Pmax < Fi < Li for unit ‘i’
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ω ω ω o Fo ω o Fo F F Unit Powe
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This control has been implemented i
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characteristic will coincide with t
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ating on the voltage output, establ
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Prime Mover DC Storage Voltage Sour
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linearity. A value of 30 degrees pr
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Figure 4.8 P and Q Plane Capability
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4.4 System Ratings The inverter per
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Switching Sequence 145 146 136 236
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generated by the inverter: the VA r
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% of voltage unbalance = 100 maximu
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Figure 5.2 shows the plots for P,Q
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Figure 5.5 shows the measures of P
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Figure 5.7 One Unit Connected to th
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Microsources are connected to the l
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The transformer impedance can be se
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o r 1 = 0.3277 Ω = 0.0547 Ω x x 1
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Table 6.3 Load Data Summary. Rated
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The worse case scenario is represen
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The filtering is achieved by a low
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works with an internal voltage leve
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terminals to achieve each of the th
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Table 6.5 Lookup Table for Switchin
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Chapter 7. Microgrid Tests There ar
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Table 7.1 Summary of Experiments fo
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Table 7.2 Series Configuration Cont
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Figure 7.6 Control of F1 and F2, Fe
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Figure 7.10 Control of P1 and F2, F
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pu, but when it is fed from a remot
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Unit 1: P, Q, F, Frequency, Voltage
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Page 165 and 166: Unit 1: P, Q, F, Frequency, Voltage
Page 207 and 208: 7.4.1 Unit 1 (F), Unit 2 (F), Impor
Page 209 and 210: Import From Grid, Setpoints are 10%
Page 213 and 214: Island, Setpoints are 10% and 90% o
Page 215: Island, Setpoints are 10% and 90% o
Page 221 and 222: 7.4.2 Unit 1 (F), Unit 2 (F), Expor
Page 223 and 224: Export to Grid, Setpoints are 10% a
Page 231 and 232: 7.4.3 Unit 1 (F), Unit 2 (P), Impor
Page 245 and 246: 7.4.4 Unit 1 (F), Unit 2 (P), Expor
Page 255 and 256: Chapter 8. Conclusions This work sh
Page 257: [14] Lasseter, R.,” Microgrids,
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