Modern civilization has generated amazing titanic structures, the largest of which are comparable to such ancient monuments as the pyramids of Egypt or South America. One of these structures is hydroelectric dam, blocking powerful and deep rivers.
Hydroelectric Power Plants of Russia
Russia, which has vast territories and a large stock of hydropower generated by the flow of numerous rivers, is today one of the leaders among powerful hydropower plants.
In total, in the Russian Federation, if we count hydroelectric power plants with a design capacity of 1 megawatt or higher, there are about 150. Plus, many small hydroelectric power stations in Russia. Moreover, due to the relative cheapness, availability and large reserves of undeveloped hydropower, this amount is gradually growing. Of course, the construction of huge hydroelectric power stations on the rivers of Russia, like the Sayano-Shushenskaya, requires very significant costs and pays off slowly, so the number of such plants is growing due to low-power stations.
List of Russian high-power hydroelectric power stations (from 1 gigawatt)
Due to the huge number of hydropower plants in Russia, we will not consider all of them in this article. Instead, we will survey the most powerful of them (with a design capacity of 100 megawatts). Some of them form cascades of Russian hydroelectric power stations, which are located on the same river (for example, the Angarsk cascade). Let's dwell on the largest hydropower plants.
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No. | Project capacity | Title | Installation and start-up of units | Subject of the federation | Water body |
1 | 6.4 gigawatts | Sayano-Shushenskaya hydroelectric power station | 1978β85 2011β14 | Rep. Khakassia | Yenisei River |
2 | 6 gigawatts | Krasnoyarsk hydroelectric power station | 1967β71 | Krasnoyarsk kr. | Yenisei River |
3 | 4.5 gigawatts | Bratsk hydroelectric power station | 1961β66 | Irkutsk region | Angara River |
4 | 3.84 gigawatts | Ust-Ilim hydroelectric power station | 1974β79 | Irkutsk region | Angara River |
5 | 2,997 gigawatts | Boguchanskaya hydroelectric power station | 2012-14 | Krasnoyarsk kr. | Angara River |
6 | 2,671 gigawatts | Volga hydroelectric power station | 1958β61 | Volgograd region | Volga river |
7 | 2,467 gigawatts | Zhigulevskaya hydroelectric power station | 1955-57 | Samara region | Volga river |
eight | 2.01 gigawatts | Bureya hydroelectric power station | 2003-07 | Amur region | Bureya River |
nine | 1,404 gigawatts | Saratov hydroelectric power station | 1967β70 | Saratov region | Volga river |
ten | 1,374 gigawatts | Cheboksary hydroelectric power station | 1980β86 | Rep. Chuvashia | Volga river |
eleven | 1.33 gigawatts | Zeya hydroelectric power station | 1975β80 | Amur region | zeya river |
12 | 1.205 gigawatts | Nizhnekamsk hydroelectric power station | 1979β87 | Rep. Tatarstan | Kama River |
13 | 1,035 gigawatts | Votkinsk hydroelectric power station | 1961β63 | Perm kr. | Kama River |
fourteen | 1 gigawatt | Chirkey Hydroelectric Power Station | 1974β76 | Rep. Dagestan | Sulak River |
After analyzing the table, we can understand that the largest hydroelectric power plants in Russia were built in the Soviet era in the years 60-80.
Only a small number of them were built in the Russian Federation in the 90s and in the new millennium.
HPPs built in Russia with a capacity of 0.1 - 1 gigawatts
No. | Project capacity | Title | Installation and start-up of units | Subject of the federation | Water body |
1 | 0.9 gigawatts | Kolyma hydroelectric power station | 1981β94 | Magadan Region | Kolyma river |
2 | 0.68 gigawatts | Vilyuiskaya HPP-I and HPP-II | 1967β76 | Rep. Yakutia | Vilyui River |
3 | 0.662 gigawatts | Irkutsk hydroelectric power station | 1956-58 | Irkutsk region | Angara River |
4 | 0.6 gigawatts | Kurei hydroelectric power station | 1987β94 | Krasnoyarsk kr. | Kureika River |
5 | 0.552 gigawatts | Kama hydroelectric power station | 1954-58 | Perm kr. | Kama River |
6 | 0.52 gigawatts | Nizhny Novgorod hydroelectric power station | 1955-56 | Nizhny Novgorod region. | Volga river |
7 | 0.48 gigawatts | Novosibirsk hydroelectric power station | 1957-59 | Novosibirsk region | river Ob |
eight | 0.471 gigawatts | Ust-Khantai Hydroelectric Power Station | 1970β72 | Krasnoyarsk kr. | Hantayka River |
nine | 0.4 gigawatts | Irganai Hydroelectric Power Station | 1998-01 | Rep. Dagestan | Avar river Koisu |
ten | 0.356 gigawatts | Rybinsk hydroelectric power station | 1941-50 | Yaroslavl region | Volga River and Sheksna River |
eleven | 0.321 gigawatts | Maine Hydroelectric Power Station | 1984β85 | Rep. Khakassia | Yenisei River |
12 | 0.277 gigawatts | Vilyui Hydroelectric Power Station-III (Svetlinskaya Hydroelectric Power Station) | 2004-08 | Rep. Yakutia | Vilyui River |
13 | 0.268 gigawatts | Verkhnetulomskaya hydroelectric power station | 1964β65 | Murmansk region | Tuloma River |
fourteen | 0.22 gigawatts | Myatlinskaya hydroelectric power station | 1986 | Rep. Dagestan | Sulak River |
fifteen | 0.211 gigawatts | Tsimlyansk hydroelectric power station | 1952-54 | Rostov region | Don river |
16 | 0.201 gigawatts | Pavlovsk hydroelectric power station | 1959-60 | Rep. Bashkiria | Ufa river |
17 | 0.201 gigawatts | Serebryanskaya hydroelectric power station -1 | 1970 | Murmansk region | raven river |
18 | 0.184 gigawatts | Kuban hydroelectric power station -2 | 1967β69 | Rep. Karachay-Cherkessia | Greater Stavropol k. |
19 | 0.18 gigawatts | Krivoporozhskaya hydroelectric power station | 1990β91 | Rep. Karelia | Kem River |
20 | 0.168 gigawatts | Ust-Srednekanskaya hydroelectric power station | 2013 | Magadan Region | Kolyma river |
21 | 0.16 gigawatts | Verkhne-Svirskaya hydroelectric power station | 1951β52 | Leningrad region. | Svir river |
22 | 0.16 gigawatts | Zelenchukskaya HPP-PSP | 1999-16 | Rep. Karachay-Cherkessia | Kuban River |
23 | 0.156 gigawatts | Serebryanskaya hydroelectric power station -2 | 1972 | Murmansk region | raven river |
24 | 0.155 gigawatts | Niva hydroelectric power station -3 | 1949-50 | Murmansk region | Niva River |
25 | 0.152 gigawatts | Knyazhegubskaya hydroelectric power station | 1955-56 | Murmansk region | Kovda River |
26 | 0.13 gigawatts | Verkhneteriberskaya hydroelectric power station | 1984 | Murmansk region | Teriberka River |
27 | 0.124 gigawatts | Narva hydroelectric power station | 1955 | Leningrad region. | Narva River |
28 | 0.122 gigawatts | Svetogorsk hydroelectric power station | 1945β47 | Leningrad region. | Vuoksa River |
29th | 0.12 gigawatts | Uglich Hydroelectric Power Station | 1940β41 | Yaroslavl region | Volga river |
thirty | 0.118 gigawatts | Lesogorsk hydroelectric power station | 1937-13 | Leningrad region. | Vuoksa River |
31 | 0.1 gigawatts | Gotsatlinskaya hydroelectric power station | 2015 | Rep. Dagestan | Avar river Koisu |
Sayano-Shushenskaya hydroelectric power station
This hydroelectric power station is the first among the largest hydroelectric power stations in Russia. On a global scale, it occupies an honorable ninth place. The hydroelectric power station owes its name to the Sayana mountain range, in the region of which it is located, and the place where the famous political figure Vladimir Ulyanov (Lenin) - the village of Shushensky, was shorting the link.
The construction of this electric power giant began in 1961, some of the construction work was completed only in the 2000s. In honor of the builders, a whole sculptural complex has been installed opposite the hydroelectric power station: engineers, installers and ordinary workers who have been working on the next century construction are imprinted in stone. The composition is very picturesque, which makes it a desirable place for tourist photographs.
Dam
The dam of the Sayano-Shushenskaya power station is the highest in the Russian Federation. Its height is 0.245 km, length 1.074 km, width 0.105 km, along the ridge width 0.025 km. The stability of the dam is ensured by the unique design of the arched belt (part of the load - about 40% - transferred to the rocky shores).
The dam goes into the rocks of the coast to a depth of 10 and 15 meters. Simple calculations show that the concrete mixture from which the dam was built could be enough to build a highway from Moscow to Vladivostok.
Emergencies
Perhaps the most serious test of strength for the entire Sayan-Shushenskaya hydroelectric power station was an earthquake of approximately 8 on the Richter scale that occurred on 02/10/11. Despite the fact that the epicenter was only 78 kilometers from the station, it did not cause any visible damage to neither the dam nor other structures of this hydroelectric station in Russia.
But ordinary citizens are more aware of another incident related to the Sayano-Shushenskaya hydroelectric power station - the 2009 accident. It became such a serious test for the Russian power grid that the government was forced to impose restrictions on the use of incandescent lamps of high power.
Crash
The accident of 2009 at the largest hydroelectric power station in Russia went down in history as the most significant and largest-scale accident in the Russian gas transmission system (hydraulic structures). Killed seventy-five people. The investigators called it the main reasons for the destruction of the turbine cover mounts.
As a result, the engine room was flooded with a powerful stream of water, the ceilings, walls and numerous equipment of the station were destroyed. Power supply has completely stopped.
Possible consequences
The dam was in danger of destruction. This could be a disaster on a national scale, because the villages and towns located downstream of the Yenisei would have suffered very much. Human, economic and environmental losses would be colossal! Fortunately, the employees of the station by decisive action prevented the development of events according to the most negative scenario.