If the average power density for large scale wind turbine is 2 W/m2 , what will...
If the average power density for large scale wind turbine is 2 W/m2 , what will be the area required for the wind turbines with total energy of 4 TW ( 1 TW = 1012 W , that is, one terawatt is equal to one trillion watt;1kilometer=1000meter
Question 42 options:
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1 million (Km)2 |
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1.5 million (Km)2 |
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1.7 million (Km)2 |
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2.0 million (Km)2 |
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2.2 million (Km)2 |
Homework Answers
We see that area required for wind turbines will be given as equal to=4*10^12/2=2*10^12 square meter=2*10^6 square km=2 million (Km)^2
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If the average power density for large scale wind turbine is 2
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18-61 Consider a location with an average wind power density of 200 W/m2. What is the...
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2. A Wind Resource Manual for a wind turbine installation candidate site lists, among others, the...
2. A Wind Resource Manual for a wind turbine installation candidate site lists, among others, the following information: Average wind speed at the height of 10 meter Average power density in the wind at the height of 50 meter Wind pd 6 m/s 500 W/m2 Rayleigh distribution Then, what is the friction coefficient of the site in the normal and standard condition of 1 atm and 15 oC? [25 pts]
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Could someone help me with this question please as I am kinda lost as in how to do these type of questions please explain each step For a wind turbine, derive, from conservation of mass, momentum and...
Could someone help me with this question please as I am kinda
lost as in how to do these type of questions
please explain each step
For a wind turbine, derive, from conservation of mass, momentum and energy, the maximum power which can be extracted as a) max 2 where p is the density of air, U is the upstream wind speed, A is the swept area of 16 the wind turbine and Cs the power coefficient. P 27 [11...
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2 (b) A blade of a wind turbine can be considered as a thin rod, of...
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MIET 2480-Renewable Energy Systems-15 Jun 2019 Quiz 2: Wind Power Adeol Summanleknl Name: Student ID: 1....
MIET 2480-Renewable Energy Systems-15 Jun 2019 Quiz 2: Wind Power Adeol Summanleknl Name: Student ID: 1. You have a wind site with average wind speed of 8.2 m/s over 1 year, how the average power density in the wind is calculated, given density of the wind as 1.225 kg/m3? a. (1.225) (8.23) -338 W/m2 b. The estimated value closest to the actual average power density is calculated knowing the wind speed frequency distribution fi for each wind speed vi measured...
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18-61 Consider a location with an average wind power density of 200 W/m2. What is the corresponding average wind speed? Another location has a wind power density of 400 W/m2. What is the average wind speed for this location? Take the density of air to be 1.18 kg/m3.
2. A Wind Resource Manual for a wind turbine installation candidate site lists, among others, the following information: Average wind speed at the height of 10 meter Average power density in the wind at the height of 50 meter Wind pd 6 m/s 500 W/m2 Rayleigh distribution Then, what is the friction coefficient of the site in the normal and standard condition of 1 atm and 15 oC? [25 pts]
2. A Wind Resource Manual for a wind turbine installation...
Could someone help me with this question please as I am kinda
lost as in how to do these type of questions
please explain each step
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