10.5 Consider the mini-grid in Fig. 10.26. The power from the PV array is 10 kW and the load is 16 kW. The battery is in the bulk charging stage, and so the diversion load is not consuming power. Compute the power required from the WECS to charge the battery with 2 kW if the inverter efficiency is 85%. Battery DC Bus 竹|。 AC Bus PV Module Charge Controller Inverter AC Load WECS Rectifier Diversion Load Controller Diversion Load 46
10.5 Consider the mini-grid in Fig. 10.26. The power from the PV array is 10 kW and the load is 16 kW. The battery is in the bulk charging stage, and so the diversion load is not consuming power. Compute the power required from the WECS to charge the battery with 2 kW if the inverter efficiency is 85%. Battery DC Bus 竹|。 AC Bus PV Module Charge Controller Inverter AC Load WECS Rectifier Diversion Load Controller Diversion Load 46
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Transcribed Image Text:10.5 Consider the mini-grid in Fig. 10.26. The power from the PV array is 10 kW
and the load is 16 kW. The battery is in the bulk charging stage, and so the diversion
load is not consuming power. Compute the power required from the WECS to charge
the battery with 2 kW if the inverter efficiency is 85%.
Battery DC Bus
PV Module
Charge
Controller
AC Bus
Inverter
AC Load
WECS
Rectifier
Diversion
Load
Controller
Diversion Load
46
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