Gidroenergetika yoki suv elektr energiyasi


Mamlakat Yillik gidroelektr ishlab chiqarish (TVt soat)


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Gidroenergetika yoki suv elektr energiyasi

Mamlakat

Yillik gidroelektr
ishlab chiqarish (TVt soat)


Oʻrnatilgan
quvvat (GVt)


Imkoniyat
omil


dunyoning
ishlab chiqarish %


mahalliy
elektr energiyasi
ishlab chiqarish %


Xitoy

1232

352

0,37

28,5 %

17,2 %

Braziliya

389

105

0,56

9,0 %

64,7 %

Kanada

386

81

0,59

8,9 %

59,0 %

Qoʻshma Shtatlar

317

103

0,42

7,3 %

7,1 %

Rossiya

193

51

0,42

4,5 %

17,3 %

Hindiston

151

49

0,43

3,5 %

9,6 %

Norvegiya

140

33

0,49

3,2 %

95,0 %

Yaponiya

88

50

0,37

2,0 %

8,4 %

Vietnam

84

18

0,67

1,9 %

34,9 %

Fransiya

71

26

0,46

1,6 %

12,1 %




Oʻrnatilgan gidroenergetika quvvati (MVt)[35]

#

Mamlakat yoki hudud

2020

1

Xitoy

370 160

2

Braziliya

109 318

3

Qoʻshma Shtatlar

103 058

4

Kanada

81 058

5

Rossiya

51 811

6

Hindiston

50 680

7

Yaponiya

50 016

8

Norvegiya

33 003

9

kurka

30 984

10

Fransiya

25 897

11

Italiya

22 448

12

Ispaniya

20 114

13

Vetnam

18 165

14

Venesuela

16 521

15

Shvetsiya

16 479

16

Shveysariya

15 571

17

Avstriya

15 147

18

Eron

13 233

19

Meksika

12 671

20

Kolumbiya

12 611

21

Argentina

11 348

22

Germaniya

10 720

23

Pokiston

10 002

24

Paragvay

8 810

25

Avstraliya

8 528

26

Laos

7 376

27

Portugaliya

7 262

28

Chili

6 934

29

Ruminiya

6 684

30

Janubiy Koreya

6 506

31

Ukraina

6 329

32

Malayziya

6 275

33

Indoneziya

6 210

34

Peru

5 735

35

Yangi Zelandiya

5 389

36

Tojikiston

5 273

37

Ekvador

5 098

Manbalar[tahrir | manbasini tahrirlash]

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    13. „Renewable Energy Essentials: Hydropower“. IEA.org. International Energy Agency. 29-mart 2017-yilda asl nusxadan arxivlandi. Qaraldi: 16-yanvar 2017-yil.

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    16. 16,0 16,1 Hemanth Kumar. „World's biggest hydroelectric power plants“ (mart 2021). Qaraldi: 5-fevral 2022-yil.

    17. Zamonaviy dunyoning yetti mo'jizasi“, Ommaviy mexanika, 48–56-bet, 1995-yil dekabr {{citation}}: Unknown parameter |birinchi= ignored (yordam); Unknown parameter |oxirgi= ignored (yordam); sana kiritilishi kerak boʻlgan parametrga berilgan qiymatni tekshirish lozim: |sana= (yordam)

    18. „Micro Hydro in the fight against poverty“. Tve.org. 26-aprel 2012-yilda asl nusxadan arxivlandi. Qaraldi: 22-iyul 2012-yil.

    19. „Pico Hydro Power“. T4cd.org. 31-iyul 2009-yilda asl nusxadan arxivlandi. Qaraldi: 16-iyul 2010-yil.

    20. Robert A. Huggins. Energy Storage. Springer, 1-sentabr 2010-yil — 60 bet. ISBN 978-1-4419-1023-3.

    21. „About 25% of U.S. power plants can start up within an hour - Today in Energy - U.S. Energy Information Administration (EIA)“. www.eia.gov. Qaraldi: 30-yanvar 2022-yil.

    22. Bent Sørensen. Renewable Energy: Its Physics, Engineering, Use, Environmental Impacts, Economy, and Planning Aspects. Academic Press, 2004 — 556– bet. ISBN 978-0-12-656153-1.

    23. Hydropower — A Way of Becoming Independent of Fossil Energy?

    24. „Beyond Three Gorges in China“. Waterpowermagazine.com (10-yanvar 2007-yil). 14-iyun 2011-yilda asl nusxadan arxivlandi.

    25. Ansar, Atif; Flyvbjerg, Bent; Budzier, Alexander; Lunn, Daniel (March 2014). „Should We Build More Large Dams? The Actual Costs of Hydropower Megaproject Development“. Energy Policy. 69-jild. 43–56-bet. arXiv:1409.0002. doi:10.1016/j.enpol.2013.10.069

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