施耐德电气：2022年电子行业科创中心系列白皮书十三电子工厂系统潮流分布和薄弱环节识别（16页）.pdf

1、 电子工厂电力系统图05五.电子工厂ETAP潮流分析案列1、ETAP建模和数据录入为更好说明潮流在电子工厂的应用，对图 4-1 的电力系统图进行ETAP 建模，建模后的 ETAP 模型如图 5-1，在运行潮流分析之前需要完成设备的参数录入，数据录入如下表 5-1 所示：图5-1 电子工厂ETAP数字孪生建模GEN115.625 MWCB150:GEN113.8 kVCB26-1/C 500609.6 mCB43:MILL-113.8 kVCB10T-18%Z15 MVACB801:69-169 kV266.83048 mCB6100:U-6969 kVU-11000 MVAscCB7266.8

2、3048 m01:69-269 kVCB9T-28%Z15 MVACB114:MILL-213.8 kVCB13GEN212.5 MWCB14OpenCB321-3/C 250298.7 m6:FOR M113.8 kVT-85.5%Z3750 kVA20:T8 SEC2.4 kVM-T8-22000 HPM-T8-11750 HPCB37Bus613.8 kV1-3/C 250188.7 m27:T12 PRI13.8 kVT-125.75%Z1500 kVACB2930:T12 SEC0.48 kV1-3/C 2506.1 m35:T12MCC0.48 kVM-T12-3300 HPM-T

3、12-1400 HPM-T12-2600 HPCB33Open38:480 TIE0.48 kV3-1/C 50020.1 mCB1729:T11 SEC0.48 kV1-3/C 2506.1 m34:T11MCC0.48 kVM-T11-3110 HPCB16T15.75%Z1500 kVA26:FOR G13.8 kV1-3/C 250207.3 mCB15M-T11-2485 HPM-T11-1625 HP1-3/C 50015.2 mCB24Open28:T10 SEC0.48 kVCB18T-105.75%Z1500 kVA25:T10 PRI13.8 kV1-3/C 250558.

4、7 m9:FOR E13.8 kV1-3/C 250198.1 mCB191-3/C 25022.9 mCB21Open13:T6 PRI13.8 kV1-3/C 25061 m10:EMERG13.8 kVCB23Open1-3/C 2503 m12:T5 PRI13.8 kVT-56.75%Z1500 kVACB2517:T5 SEC0.48 kVMtr2500 HPM-T5-1850 HP1-3/C 2506.1 m22:T5MCC0.48 kVM-T5-3150 HPCB27Open18:T6 SEC0.48 kVM-T6-2500 HPM-T6-1850 HP1-3/C 2506.1

5、 m23:T6MCC0.48 kVM-T6-3150 HPCB26T-65.75%Z1500 kVA1-3/C 25050.3 mCB22CB42M-T10-2500 HPM-T10-1400 HP1-3/C 2506.1 m33:T10MCC0.48 kVM-T10-3300 HPCB3041:GTS0.48 kV1-3/C 250361.8 m16:T9 PRI13.8 kVT-95.75%Z750 kVA21:T9 SEC0.48 kVM-T9-1750 HPCB47OpenX1Bus113.8 kV1-3/C 500155.4 m8:FOR L13.8 kVSyn19000 HPCB4

6、6CB531-3/C 250155.4 mCB5424:FOR M13.8 kVCB551-3/C 250103.6 m32:FOR P13.8 kVT-135.75%Z2500 kVA36:T13 SEC2.4 kVM-T13-12500 HPCB561-3/C 250147.8 m32:FOR Q13.8 kVT-145.75%Z1000 kVA37:T14 SEC0.48 kVM-T13-22500 HPCB5OpenCB20CAP11x2000 kvarCB121-3/C 25099.1 m5:FOR F13.8 kVT-174.5%Z1250 kVA49:RECT0.48 kVM-T