mining is not a get rich quick thing. i have been mining since late 2013. i sold as i earned back then. now when i look at how many coins i had i could have been a millionaire. so for me it's about holding what i mine. if your into fiddling and messing with hardware then it's a great hobby with a view to making some money.
pick new coins and mine the hell out of them at the start and hold those coins. some will be crap,but some will go on to have value.
heat is a big issue. if you can't get the heat out of the room then i would say don't do it.
you'll have hardware failures,especially if they get too hot. initial outlay is very expensive and it's really not worth it if you plan on using one or a few gpu's, for an example. i have 30 rx580's and i make $10 per day with free power, if i look at it as a daily profit thing. but if you plan to hold for better prices then that will go up
there is ABSOLUTELY NO ARGUMENT TO SUPPORT THAT YOUR COINS WILL GO UP IN PRICE, it doesn't matter which one it is, except if you consider faith in crypto as a reason, so stay away of manipulating people. Crypto is dying and not a single coin is surviving this tsunami.
Niagara Falls is a perfect reason why the bolded statement is false.
https://en.wikipedia.org/wiki/Robert_Moses_Niagara_Power_Plantat 2770 mw
added to its Canadian side Sir Adam Beck 1970 mw
https://en.wikipedia.org/wiki/Sir_Adam_Beck_Hydroelectric_Generating_Stationsyou get 4740 mw power this can supply all the world's BTC mining
The single biggest reason BTC has not stopped is hydro power plants do not turn off and for many times of each and every year they have not enough usage from customers.
They have 10 to 25% excess in power ⅔ of each and every year.
Asic mining BTC helps them profit. So you get a true bottom number for btc of 4 cents a kwatt
Your Fud ignores this completely .
the worlds list of top hydroplants from wiki
https://en.wikipedia.org/wiki/List_of_largest_hydroelectric_power_stations"Completed[edit]
Only operational power stations with an installed capacity of at least 2,000 MW. Some of these may have additional units under construction, but only current installed capacity is listed.
Rank Name Country River Years of completion Installed
capacity
(MW) Annual
production
(TW-hour)[6] Area
flooded
(km²)
1 Three Gorges Dam...... China.......Yangtze.................22,500 98.8[7] 1,084
2 Itaipu Dam................. Brazil......Paraguay Paraná....14,000 103.1 [1] 1,350
3 Xiluodu...................... China......Jinsha....................13,860 55.2
4 Guri.......................... Venezuela...... ní....................10,235 53.41 4,250
5 Tucuruí...................... Brazil...........Tocantins............ 8,370 41.43 3,014
6 Grand Coulee.............United States..Columbia............6,809 20[12] 324
7 Xiangjiaba.................China.............Jinsha................ 6,448 30.7 95.6
8 Longtan Dam............. China............Hongshui............6,426 18.7[14]
9 Sayano–Shushenskaya...Russia.........Yenisei...............6,400 26.8 621
10 Krasnoyarsk.................. Russia........Yenisei...............6,000 15 2,000
the top ten add to 101048 5% of that is 5,050 that is all the 256sha btcbch in the world
all these plants almost always need to shed loads most of the year. So to say mining is dead is moron.
To say mining is dead for the little guy yeah not so moron. base power number is 4 cents so anyone with 2-4 cents is okay
5-6 cents maybe over that it is a bitch to stay afloat . do we get a pump maybe we do do we get a bull rally maybe.
I just want people to understand the entire world has a vested interest in mining due to the load shedding and balancing it can do for hydro plants.
11 Nuozhadu China Mekong 2014[16] 5,850 23.9[17] 320
12 Robert-Bourassa Canada La Grande 1979/1981 5,616[18][19] 26.5 2,835
13 Churchill Falls Canada Churchill 1971/1974 5,428[20] 35 6,988
14 Jinping-II China Yalong 2014 4,800 24.23
15 Bratsk Russia Angara 1961/1966 4,515 22.6 5,470
16 Laxiwa Dam China Yellow 2010 4,200[21] 10.2
17 Xiaowan Dam China Mekong 2010 4,200[22] 19 190
18 Ust Ilimskaya Russia Angara 1980 3,840 21.7 1,922
19 Jirau Brazil Madeira 2014/2016 3,750 19.1 258
20 Jinping-I China Yalong 2014 3,600 17 82.5
21 Santo Antonio Brazil Madeira 2012/2016 3,580[23] 21.2 490
22 Tarbela Dam Pakistan Indus 1976 3,478 13 250
23 Ilha Solteira Dam Brazil Paraná 1973 3,444 17.9 1,195
24 Ertan Dam China Yalong 1999 3,300 17 101
25 Pubugou Dam China Dadu 2009/2010 3,300 14.6
26 Macagua Venezuela Caroní 1961, 1996 3,167.5 15.2 47.4
27 Xingó Hydroelectrical Power Plant Brazil São Francisco 1994/1997 3,162 18.7[24] 60
28 Yacyretá Argentina
Paraguay Paraná 1994/1998, 2011 3,100 20.09 1,600
29 Nurek Dam Tajikistan Vakhsh 1972/1979, 1988 3,015 11.2 98
30 Bath County PSP United States - 1985, 2005/2009 3,003 3.32 3.3
31 Goupitan Dam China Wu 2009/2011 3,000[25] 9.67 94
32 Guanyinyan Dam China Jinsha 2014/2016 3,000 13.62
33 Boguchany Dam Russia Angara 2012/2014 2,997 17.6 2,326
34 W. A. C. Bennett Dam Canada Peace 1968, 2012 2,917 13.8 1,761
35 Mica Dam Canada Columbia 1973, 2015 2,805 7.2 430
36 La Grande-4 Canada La Grande 1986 2,779[19] 765
37 Gezhouba Dam China Yangtze 1988 2,715 17.01
38 Volzhskaya (Volgogradskaya) Russia Volga 1958/1961 2,671[26] 12.84[27] 3,117
39 Manic-5 and Manic-5-PA Canada Manicouagan 1970/1971, 1989/1990 2,656[28] 1,950
40 Niagara Falls (US) United States Niagara 1961 2,625 [29] 0
41 Chief Joseph Dam United States Columbia 1958/1973/1979 2,620 12.5 34
42 Changheba China Dadu 2016/2017 2,600 10.8
43 Dagangshan China Dadu 2015/2016 2,600 11.43
44 Revelstoke Dam Canada Columbia 1984, 2011 2,480 8.75 115
45 Zhiguliovskaya (Samarskaya) Russia Volga 1955/1957 2,467[30] 11.7[27] 6,450
46 Paulo Afonso IV Brazil São Francisco 1979/1983 2,462.4[31]
47 Chicoasén (Manuel M. Torres) Dam Mexico Grijalva 1980, 2005 2,430
48 La Grande-3 Canada La Grande 1984 2,418[19] 12.3 2,420
49 Atatürk Dam Turkey Euphrates 1990 2,400 8.9 817
50 Jinanqiao Dam China Jinsha 2010 2,400 11.043
51 Sơn La Dam Vietnam Black 2010/2012 2,400 10.25 440
52 Bakun Dam Malaysia Balui 2011 2,400 695
53 Liyuan Dam China Jinsha 2014/2015 2,400 10.703 14,7
54 Guandi Dam China Yalong 2013 2,400 11.87
55 Karun III Dam Iran Karun 2005 2,280 4.17 48
56 Iron Gates-I Romania
Serbia Danube 1970, 1998/2007, 2013 2,252.8 11.3 104.4
57 John Day Dam United States Columbia 1971 2,160 8.42
58 Caruachi Venezuela Caroní 2006 2,160 12.95 238
59 Ludila China Jinsha 2014[32] 2,160 9.957
60 La Grande-2-A Canada La Grande 1992 2,106[19][33] 2,835
61 Aswan Egypt Nile 1967/1970 2,100 11 5,250
62 Itumbiara Brazil Paranaíba 1980 2,082 9 778
63 Hoover Dam United States Colorado 1936/1939, 1961, 1986/1993 2,080 4.2 640
64 Cahora Bassa Mozambique Zambezi 1975/1977 2,075 2,739
65 Cleuson-Dixence Complex Switzerland - 1965, 1998 2,069 4.51 4
66 Bureya Dam Russia Bureya 2003/2009 2,010 6.59[27] 750
67 Lijiaxia Dam China Yellow 1997/2000 2,000 5.9 383
68 Karun I (Shahid Abbaspour) Dam Iran Karun 1976, 1995, 2006 2,000 54.8
69 Masjed Soleyman Dam Iran Karun 2002/2007 2,000 3.7 7.5
70 Ahai Dam China Jinsha 2014[34] 2,000 8.88 23,4
Under construction[edit]
This table lists stations under construction with expected installed capacity at least 2,000 MW.
Name Country River Expected
capacity (MW) Expected
completion Location
Baihetan China Jinsha 16,000[35] 2021 28°15′06″N 103°39′34″E
Wudongde China Jinsha 10,200 2020 26°20′02″N 102°37′48″E
Belo Monte Brazil Xingu 11,233 2019 03°07′27″S 51°42′01″W
TaSang Myanmar Salween 7,110 ?? (on hold) 20°27′23″N 98°39′0″E
Ethiopian Renaissance Ethiopia Blue Nile 6,450 2022+ 11°12′51″N 35°05′35″E
Diamer-Bhasha Dam Pakistan Indus River 4,500 2023[36] 35°31′08″N 73°47′10″E
Dasu Dam Pakistan Indus River 4,320 2023 35°31′10″N 73°44′21″E
Rogun Tajikistan Vakhsh 3,600 2018-2020 38°41′03″N 69°46′26″E
Myitsone Myanmar Irrawaddy 3,600 ?? (on hold) 25°41′23″N 97°31′04″E
Mambilla Nigeria Donga 3,050 2024[37] 07°09′44″N 10°34′17″E
Lianghekou China Yalong 3,000 2021-2023 30°09′46″N 101°00′49″E
Ituango Colombia Cauca 2,456 2019? 7°05′03.6″N 75°41′16.8″W
Tocoma Venezuela Caroní 2,320 ?? (on hold) 27°33′13″N 94°15′31″E
Maerdang China Yellow 2,200 2019 34°40′21″N 100°41′32″E
Koysha Ethiopia Omo 2,160[38] 2021[39] 6°27′36″N 36°20′24″E
Lauca Angola Cuanza 2,069.5 2017-2019 9°44′34.9″S 15°07′32.2″E
Shuangjiangkou China Dadu 2,000 2019 31°47′29″N 101°56′03″E
Subansiri India Subansiri 2,000 2019? 27°33′13″N 94°15′31″E
See also[edit]
"
all of the plants above can use major BTC/asic farms when they produce excess power.
the world needs mining to help power plants shed excess loads.