Lab Power Quality

Anonymous
timer Asked: Apr 14th, 2018

Question Description

Power Quality Lab

I have organized the lab with given graphs in the word document

I will need checking my calculations in the tables and the answers for the lab Report Requirements

* the lumens have been adjusted form the professor

* he wants a proffessonal lab report

Lab Power Quality
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Lab Power Quality
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Lab Power Quality
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Milwaukee school of engineering SPRING QUARTUR LAB 3 - AE436 SUBMETTIED BY: SHIMA AL-NASSER Group members: Shima Alnasser Professor: Houdek Collin Ryomer 2018 Table of Contents Executive summary ....................................................................................................................................... 2 Definitions..................................................................................................................................................... 3 Useful Formulas ............................................................................................................................................ 4 Electrical Equipment’s list: ........................................................................................................................... 4 Circuit Diagram: ........................................................................................................................................... 5 Incandescent waveform: ............................................................................................................................... 5 Executive summary Purpose The purpose of this lab is to evaluate and understand the power, energy consumption and carbon footprint associated with various types of lamps. The impact carbon imprint of lamps will also be explored for incandescent, compact fluorescent and LED lamps. Objectives: 1/ Experience the different kind of instrumentations. 2/ collect appropriate data using appropriate power quality instrument. 3/ Provide observations relating to power quality data. 4/ Explain the cause and effect of this power quality. 5/ illustrate and explain the measurement taken and data captured. Procedure: Setup Fluke 43B, with given instructions. Anticipated results: We have obtained the Waveforms of the voltage, current, power and frequency by using Flukes43B which give detail of every power cycle is considered during measurement and logging; this capability is key to discovering the state of health of your power system. Each model is designed to meet the needs of the intended measurement task. Application software and lab computer was used for analyzing and reporting power quality data as efficient as possible. Conclusion: Our experiment was successfully detected, no errors are shown Recommendation: Investing more time setting up instruments will help to get more precise results. Definitions Useful Formulas Pf= Cos 𝜽 𝑰𝑺𝒄= KVA*1000 / π‘½π‘³βˆ’π‘³ *1.732 𝑰𝑹𝒂𝒕𝒆𝒅= KVA*1000 / π‘½π‘³βˆ’π‘³ *1.732*Zp.u P=E^2 / R 𝑽𝑹𝑴𝑺 βˆ— √𝟐 = 𝑽𝑷𝑬𝑨𝑲 Electrical Equipment’s list: 1. 2. 3. 4. Fluke 43B. 1 Current transducer. Voltage probes. 3 different lamps 1- Incandescent. 2- CFL. 3- LED. Circuit Diagram: Diagrams discerption 1- Incandescent waveform: Current and Voltage waveforms Diagrams discerption 2- C F L Current and Voltage waveforms Diagrams discerption Diagrams discerption 3- LED Diagrams discerption Diagrams discerption
Milwaukee school of engineering Professor: Houdek SPRING QUARTUR 2018 Table of Contents Executive summary ....................................................................................................................................... 2 Definitions..................................................................................................................................................... 3 Useful Formulas ............................................................................................................................................ 4 Electrical Equipment’s list: ........................................................................................................................... 4 Circuit Diagram: ........................................................................................................................................... 5 Incandescent waveform: ............................................................................................................................... 5 Executive summary Purpose The purpose of this lab is to evaluate and understand the power, energy consumption and carbon footprint associated with various types of lamps. The impact carbon imprint of lamps will also be explored for incandescent, compact fluorescent and LED lamps. Objectives: 1/ Experience the different kind of instrumentations. 2/ collect appropriate data using appropriate power quality instrument. 3/ Provide observations relating to power quality data. 4/ Explain the cause and effect of this power quality. 5/ illustrate and explain the measurement taken and data captured. Procedure: Setup Fluke 43B, with given instructions. Anticipated results: We have obtained the Waveforms of the voltage, current, power and frequency by using Flukes43B which give detail of every power cycle is considered during measurement and logging; this capability is key to discovering the state of health of your power system. Each model is designed to meet the needs of the intended measurement task. Application software and lab computer was used for analyzing and reporting power quality data as efficient as possible. Conclusion: Our experiment was successfully detected, no errors are shown Recommendation: Investing more time setting up instruments will help to get more precise results. Definitions Useful Formulas Pf= Cos 𝜽 𝑰𝑺𝒄= KVA*1000 / π‘½π‘³βˆ’π‘³ *1.732 𝑰𝑹𝒂𝒕𝒆𝒅= KVA*1000 / π‘½π‘³βˆ’π‘³ *1.732*Zp.u P=E^2 / R 𝑽𝑹𝑴𝑺 βˆ— √𝟐 = 𝑽𝑷𝑬𝑨𝑲 Electrical Equipment’s list: 1. 2. 3. 4. Fluke 43B. 1 Current transducer. Voltage probes. 3 different lamps 1- Incandescent. 2- CFL. 3- LED. Circuit Diagram: Diagrams discerption 1- Incandescent waveform: Current and Voltage waveforms Diagrams discerption 2- C F L Current and Voltage waveforms Diagrams discerption Diagrams discerption 3- LED Diagrams discerption Diagrams discerption

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