Problem 5 - (a)What are the components of typical stand-alone ( off- grid) system? |(b) What are the components of typical grid connected( on-grid) sysytem? Which system do you prefer, and why? |(c) For a stand-alone system for your home, calculate the total energy consumption . Your energy consumption should be different from your friends. So Do not cheat from your friend. If your friend cheat from you, will get ZERO. (d)- Prepare a Table for Derate Factors by assuming that every single piece of equipment in your solar energy System has inefficiencies going all the way to the electrical socket powering your equipment. |(e)- Calculate Overall DF ( DFT-DF Total). By using Sun Angle Change DF which is equal to 0.8, calculate daily Total Energy Need (TEN). (f)- Assuming that The average duration of sunny hours is 4 hours for Gaziantep and hourly solar energy is 1000 Wh, This will increase the solar power by 4 for 4 hours |daily. Determine the daily energy need for your home including the solar energy. (g)- Determine size of the PV. (h)- Determine the battery size. (i)- Draw the Block diagram of the stand-alone PV sysytem. Draw the block diagram of the PVs. And Draw the block diagram of the battery sysytem.

Problem 5 - (a)What are the components of typical stand-alone ( off- grid) system? |(b) What are the components of typical grid connected( on-grid) sysytem? Which system do you prefer, and why? |(c) For a stand-alone system for your home, calculate the total energy consumption . Your energy consumption should be different from your friends. So Do not cheat from your friend. If your friend cheat from you, will get ZERO. (d)- Prepare a Table for Derate Factors by assuming that every single piece of equipment in your solar energy System has inefficiencies going all the way to the electrical socket powering your equipment. |(e)- Calculate Overall DF ( DFT-DF Total). By using Sun Angle Change DF which is equal to 0.8, calculate daily Total Energy Need (TEN). (f)- Assuming that The average duration of sunny hours is 4 hours for Gaziantep and hourly solar energy is 1000 Wh, This will increase the solar power by 4 for 4 hours |daily. Determine the daily energy need for your home including the solar energy. (g)- Determine size of the PV. (h)- Determine the battery size. (i)- Draw the Block diagram of the stand-alone PV sysytem. Draw the block diagram of the PVs. And Draw the block diagram of the battery sysytem.

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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