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the first two images pertain to chapter ten the second two images pertain to chapter 11 Do chapter ten problem 2( link https://gwec.net/51-3-gw-of-global-wind-capacity-installed-in-2018/ ) , problem...

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the first two images pertain to chapter ten

the second two images pertain to chapter 11

Do chapter ten

problem 2( link https://gwec.net/51-3-gw-of-global-wind-capacity-installed-in-2018/ ) ,

problem 22 ( use Notrees TX site https://www.duke-energy.com/our-company/about-us/businesses/renewable-energy/wind-energy/notrees-battery-storage-project )

and problem 29


chapter 11

Problem 10 , ( externalities are problems that happen from running a particular plant that are not paid for by the direct users of the output)
problem 18 , use 591,000,000 kilowatts installed capacity for this problem for the World wind, then figure the total energy it should make and then figure the amount of carbon that a similare amount of kilowatt hours that Coal plants would belch out.
and problem 20


Answered Same Day Apr 24, 2021

Solution

Yasodharan answered on Apr 25 2021
160 Votes
Chapter 10
Q.no:2
Which country has the largest capacity of wind power? How much capacity is installed?
Source: www.gwec.net
50-55 GW installation of wind energy is stable and expected to grow till 2023 of all countries across the globe inclusion of both onshore and offshore installation. On comparing with 2017 data acceptable/organic growth are seen in offshore installation compared to offshore installation in 2018. USA, UK, Germany and China re top leaders in wind energy installation, in 2018 Chinas was the top/first in both onshore and off shore installation.
Largest capacity of wind power = China
Capacity Installed = Onshore + Offshore = 21,200 MW + 1,800 MW = 23,000 MW = 23 GW
2018 installed capacity across globe = 51.3 GW
China contribution = (23/51.3) *100% = 44.834% market share
Q.no: 22
The largest battery system for wind energy is installed by Younicos an German-American technology organisation in energy storage system. The wind energy is installed by Duke’s energy which is having capacity of 153-MW and Younicos upgraded system by commissioning 36-MW battery storage system, its integration has increased operation capacity and peak load efficiency of Notreees Duke’s energy system in Texas.
This project was achieved successfully by Duke’s energy...
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