Task II: You were assigned to a team conducting an energy audit in hotel facility. After several sitevisits, you collected daily measurements of the peak power during peak hours and the averagepower factor during June and produced the following graphs. The monthly average peak powerduring peak hours was calculated and found to be 534.5 kW. The monthly average power factorwas calculated and found to be 85.3%. You were asked to work on the data to identify potentialsaving opportunities. One of them, was to limit the peak power to 200 kW during the peak hoursin this facility for the entire month, the other was to improve the power factor to 93%.Peak power during peak hours Vs days107097087077067057047037027017070101520253035Peak power during peak hours Vs days959085807570101520253035Write a short note (to be incorporated in the audit report which your team leader will compile)which should include:1. An estimate the savings resulting from both measures.2. The sizing of the required power factor correction unit, taking into consideration that the averagepower is 750 kW.3. Discussion of power quality aspects that need to be considered before installing the power factorcorrection unit.

Peak power, often called peak surge power, is the maximum power that a power source can deliver for…

Task Il: You were assigned to a team conducting an energy audit in hotel facility. After several site visits, you collected daily measurements of the peak power during peak hours and the average power factor during June and produced the following graphs. The monthly average peak power during peak hours was calculated and found to be 534.5 kW. The monthly average power factor

Task Il: You were assigned to a team conducting an energy audit in hotel facility. After several site visits, you collected daily measurements of the peak power during peak hours and the average power factor during June and produced the following graphs. The monthly average peak power during peak hours was calculated and found to be 534.5 kW. The monthly average power factor

EBK ELECTRICAL WIRING RESIDENTIAL

19th Edition

ISBN:9781337516549

Author:Simmons

Publisher:Simmons

Chapter3: Determining The Required Number Of Branch Circuits, Lighting Outlets, And Receptacle Outlets

Section: Chapter Questions

Problem 6R: What is the unit load per square foot for dwelling units? See Table 220.12. __________

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