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.
Chapter3: Determining The Required Number Of Branch Circuits, Lighting Outlets, And Receptacle Outlets
Section: Chapter Questions
Problem 39R
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Transcribed Image Text:Problem 5 -
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.
(a)What are the components of typical stand-alone ( off-
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