Ust-Khantaika Reservoir
Record: 24540 hm³
Height Record: 72 m
Ust-Khantayka HPP
Ust-Khantaika Reservoir
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Ust-Khantaika Reservoir
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Ust-Khantayka HPP. Ust-Khantaika Reservoir 12
Ust-Khantaika Reservoir
Ust-Khantayka HPP. Ust-Khantaika Reservoir 12
Ust-Khantaika Reservoir
Ust-Khantayka HPP. Ust-Khantaika Reservoir 13
Ust-Khantaika Reservoir
Ust-Khantayka HPP. Ust-Khantaika Reservoir 13
Ust-Khantaika Reservoir
The structure of constructions Ust-Khantaiskaya HPP includes: underground powerhouse, kamennonabrosnaya dam, left-bank dam with the screen, right-bank dam, shore spillway to overflow, inlet and outlet channels, water intakes, pressure lead-in tunnels and 220 kV outdoor switchgear.Ust-Khantayka HPP. Ust-Khantaika Reservoir 14
Ust-Khantaika Reservoir
The structure of constructions Ust-Khantaiskaya HPP includes: underground powerhouse, kamennonabrosnaya dam, left-bank dam with the screen, right-bank dam, shore spillway to overflow, inlet and outlet channels, water intakes, pressure lead-in tunnels and 220 kV outdoor switchgear.Ust-Khantayka HPP. Ust-Khantaika Reservoir 14
Ust-Khantaika Reservoir
Ust-Khantaiskaya HPP - the world's northernmost hydroelectric power station built in the permafrost. The project of its reconstruction will be replaced all seven hydroelectric generators turbine hall. №4 hydraulic unit automatic control system. Ust-Khantaika Reservoir 15
Ust-Khantaika Reservoir
Ust-Khantaiskaya HPP - the world's northernmost hydroelectric power station built in the permafrost. The project of its reconstruction will be replaced all seven hydroelectric generators turbine hall. №4 hydraulic unit automatic control system. Ust-Khantaika Reservoir 15
Ust-Khantaika Reservoir
Turbine hall. Ust-Khantayka HPP. Ust-Khantaika Reservoir 16
Ust-Khantaika Reservoir
Turbine hall. Ust-Khantayka HPP. Ust-Khantaika Reservoir 16
Ust-Khantaika Reservoir
New hydraulic units are not only more powerful. If the old are a high-pressure Kaplan turbine, the new ones will have hydro turbines with radial-axial impeller. Their experts consider more reliable to operate. And they are much cheaper in the subsequent maintenance. Turbine hall. Ust-Khantayka HPP. Ust-Khantaika Reservoir 17
Ust-Khantaika Reservoir
New hydraulic units are not only more powerful. If the old are a high-pressure Kaplan turbine, the new ones will have hydro turbines with radial-axial impeller. Their experts consider more reliable to operate. And they are much cheaper in the subsequent maintenance. Turbine hall. Ust-Khantayka HPP. Ust-Khantaika Reservoir 17
Ust-Khantaika Reservoir
Turbine hall. Ust-Khantayka HPP. Ust-Khantaika Reservoir 18
Ust-Khantaika Reservoir
Turbine hall. Ust-Khantayka HPP. Ust-Khantaika Reservoir 18
Ust-Khantaika Reservoir
Turbine hall. Ust-Khantayka HPP. Ust-Khantaika Reservoir 19
Ust-Khantaika Reservoir
Turbine hall. Ust-Khantayka HPP. Ust-Khantaika Reservoir 19
Ust-Khantaika Reservoir
The underground power house is installed 6 Kaplan hydraulic units with a capacity of 63 MW, operating at a head of your payable 45.8 m and a hydraulic unit with radial-axial impeller, capacity of 73 MW at an engine speed of 150 rev / min. Turbine hall. Ust-Khantayka HPP. Ust-Khantaika Reservoir 20
Ust-Khantaika Reservoir
The underground power house is installed 6 Kaplan hydraulic units with a capacity of 63 MW, operating at a head of your payable 45.8 m and a hydraulic unit with radial-axial impeller, capacity of 73 MW at an engine speed of 150 rev / min. Turbine hall. Ust-Khantayka HPP. Ust-Khantaika Reservoir 20
Ust-Khantaika Reservoir
In November 2014 here at the station were delivered to all major units, as well as most of the building materials and auxiliary materials. And on November 20, 2015 the first test of a new hydroelectric hydro generator type SV 845 / 135-40 were carried out, with a capacity of 73 MW, speed of 150 rev / min. We look forward to continue the feast :). The first General Assembly changed the number 4. That's it nove! And then all of these will be. Turbine hall. Ust-Khantayka HPP. Ust-Khantaika Reservoir 21
Ust-Khantaika Reservoir
In November 2014 here at the station were delivered to all major units, as well as most of the building materials and auxiliary materials. And on November 20, 2015 the first test of a new hydroelectric hydro generator type SV 845 / 135-40 were carried out, with a capacity of 73 MW, speed of 150 rev / min. We look forward to continue the feast :). The first General Assembly changed the number 4. That's it nove! And then all of these will be. Turbine hall. Ust-Khantayka HPP. Ust-Khantaika Reservoir 21
Ust-Khantaika Reservoir
All energy change for the better, and we are worse? As a result, 23 November 2012 an agreement was signed with the company 'Tyazhmash' (which peaked in a consortium with Russian companies LTD 'Privod', OAO 'Ulyanovsk Instrument Manufacturing Design Bureau', DP ZAO 'Volga-SGEM', 'Kamspetsenergo', JSC "NIIES" and the Ukrainian OOO 'Gidrotehproekt') for the reconstruction of Ust-Khantaiskaya HPP. As part of this 'Tyazhmash' project is to replace all seven hydroelectric hydroelectric generators to September 2021. Here is the old-style hydraulic units. Ust-Khantayka HPP. Turbine hall. Ust-Khantaika Reservoir 22
Ust-Khantaika Reservoir
All energy change for the better, and we are worse? As a result, 23 November 2012 an agreement was signed with the company 'Tyazhmash' (which peaked in a consortium with Russian companies LTD 'Privod', OAO 'Ulyanovsk Instrument Manufacturing Design Bureau', DP ZAO 'Volga-SGEM', 'Kamspetsenergo', JSC "NIIES" and the Ukrainian OOO 'Gidrotehproekt') for the reconstruction of Ust-Khantaiskaya HPP. As part of this 'Tyazhmash' project is to replace all seven hydroelectric hydroelectric generators to September 2021. Here is the old-style hydraulic units. Ust-Khantayka HPP. Turbine hall. Ust-Khantaika Reservoir 22
Ust-Khantaika Reservoir
After upgrading the capacity of each hydro unit will increase from 63 MW to 73 MW, the maximum efficiency of hydraulic turbine after reconstruction will increase from 88% to 95.1%, the total installed capacity will increase from 441 MW to 511 MW and average annual production will increase to 2.147 billion kWh. Turbine hall. Ust-Khantayka HPP. Ust-Khantaika Reservoir 23
Ust-Khantaika Reservoir
After upgrading the capacity of each hydro unit will increase from 63 MW to 73 MW, the maximum efficiency of hydraulic turbine after reconstruction will increase from 88% to 95.1%, the total installed capacity will increase from 441 MW to 511 MW and average annual production will increase to 2.147 billion kWh. Turbine hall. Ust-Khantayka HPP. Ust-Khantaika Reservoir 23
Ust-Khantaika Reservoir
Ust-Khantayka HPP. Ust-Khantaika Reservoir 24
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Ust-Khantayka HPP. Ust-Khantaika Reservoir 24
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Ust-Khantayka HPP. Ust-Khantaika Reservoir 25
Ust-Khantaika Reservoir
Ust-Khantayka HPP. Ust-Khantaika Reservoir 25
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Ust-Khantayka HPP. Ust-Khantaika Reservoir 26
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The central control panel. Ust-Khantayka HPP. Ust-Khantaika Reservoir 27
Ust-Khantaika Reservoir
The central control panel. Ust-Khantayka HPP. Ust-Khantaika Reservoir 27
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Ust-Khantayka HPP. Ust-Khantaika Reservoir 28
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Ust-Khantayka HPP. Ust-Khantaika Reservoir 28
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Ust-Khantayka HPP. Ust-Khantaika Reservoir 29
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Ust-Khantayka HPP. Ust-Khantaika Reservoir 29
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HPP building has a length - 139 m. Ust-Khantayka HPP. Ust-Khantaika Reservoir 30
Ust-Khantaika Reservoir
HPP building has a length - 139 m. Ust-Khantayka HPP. Ust-Khantaika Reservoir 30
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Ust-Khantayka HPP. Ust-Khantaika Reservoir 31
Ust-Khantaika Reservoir
Ust-Khantayka HPP. Ust-Khantaika Reservoir 31
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Kamennonabrosnaya Dam (Stone breakwater) length 420 m and a maximum height of 72 m., And have more left-bank dam length 1950 m, a maximum height of 12 m and the right bank dam length 2520 m, a maximum height of 33 m. Ust-Khantayka HPP. Ust-Khantaika Reservoir 32
Ust-Khantaika Reservoir
Kamennonabrosnaya Dam (Stone breakwater) length 420 m and a maximum height of 72 m., And have more left-bank dam length 1950 m, a maximum height of 12 m and the right bank dam length 2520 m, a maximum height of 33 m. Ust-Khantayka HPP. Ust-Khantaika Reservoir 32
Ust-Khantaika Reservoir
The main building and the transformer platform located above the underground building of hydroelectric power station and the mines are connected with an underground room. Ust-Khantaika Reservoir 33
Ust-Khantaika Reservoir
The main building and the transformer platform located above the underground building of hydroelectric power station and the mines are connected with an underground room. Ust-Khantaika Reservoir 33
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Lifting mechanisms gates. Ust-Khantaika Reservoir 35
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Lifting mechanisms gates. Ust-Khantaika Reservoir 35
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On the crest of the dam. The total length of the dams of Ust-Khantaiskaya HPP is nearly 5 km. Ust-Khantaika Reservoir 37
Ust-Khantaika Reservoir
On the crest of the dam. The total length of the dams of Ust-Khantaiskaya HPP is nearly 5 km. Ust-Khantaika Reservoir 37
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Coastal spillway weir with a 2 span width of 20 m. Ust-Khantaika Reservoir 41
Ust-Khantaika Reservoir
Coastal spillway weir with a 2 span width of 20 m. Ust-Khantaika Reservoir 41
Ust-Khantaika Reservoir
On the right bank of the supply channel is located 220 kV outdoor switchgear. With the step-up transformer is connected by air perekidkami. These types of transformers TDG-90000/220 installed at the site along the main building from the upstream side. Issue of power with 220 kV outdoor switchgear is carried out on the four power lines in Norilsk power system, one line at Igarka and two lines on Kureiskaya HPP. Ust-Khantaika Reservoir 42
Ust-Khantaika Reservoir
On the right bank of the supply channel is located 220 kV outdoor switchgear. With the step-up transformer is connected by air perekidkami. These types of transformers TDG-90000/220 installed at the site along the main building from the upstream side. Issue of power with 220 kV outdoor switchgear is carried out on the four power lines in Norilsk power system, one line at Igarka and two lines on Kureiskaya HPP. Ust-Khantaika Reservoir 42
Ust-Khantaika Reservoir
Few high-rise fotochek HPP with helicopter. Ust-Khantaika Reservoir 43
Ust-Khantaika Reservoir
Few high-rise fotochek HPP with helicopter. Ust-Khantaika Reservoir 43
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Ust-Khantaika Reservoir
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Ust-Khantaika Reservoir
As a result, construction of the station was established Khantayskoye reservoir with a maximum depth of 56 meters Its area is 1561 square kilometers, and the full and effective volume is -. 24,54 км³ and 13.43 km ³. Among established in Siberia large reservoirs Khantayskoye is the northernmost reservoir of this type. Ust-Khantaika Reservoir 45
Ust-Khantaika Reservoir
As a result, construction of the station was established Khantayskoye reservoir with a maximum depth of 56 meters Its area is 1561 square kilometers, and the full and effective volume is -. 24,54 км³ and 13.43 km ³. Among established in Siberia large reservoirs Khantayskoye is the northernmost reservoir of this type. Ust-Khantaika Reservoir 45
Ust-Khantaika Reservoir
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Ust-Khantaika Reservoir
1967. Construction of Ust-Khantaiskaya HPP. Already in October 1967 hydrobuilders overlapping channel Khantaika river. In March of the following year he was laid the first concrete in the construction of hydropower plants. In April 1970, are beginning to flood the reservoir. Ust-Khantaika Reservoir 48
Ust-Khantaika Reservoir
1967. Construction of Ust-Khantaiskaya HPP. Already in October 1967 hydrobuilders overlapping channel Khantaika river. In March of the following year he was laid the first concrete in the construction of hydropower plants. In April 1970, are beginning to flood the reservoir. Ust-Khantaika Reservoir 48
Ust-Khantaika Reservoir
1971. Construction of Ust-Khantaiskaya HPP. Ust-Khantaika Reservoir 49
Ust-Khantaika Reservoir
1971. Construction of Ust-Khantaiskaya HPP. Ust-Khantaika Reservoir 49
Ust-Khantaika Reservoir
November 20, 1970 was put into operation the first hydroelectric generator, the station number 2. December 25, 1970 earned a second hydraulic unit at number 3. The third number was launched August 25, 1971 (№1), December 11, 1971 (№ 4) January 9, 1972 (№ 5), September 1, 1972 (№ 6) and 21 December 1972 for the last number of number 7. September 25, 1975 Ust-Khantaiskaya HPP was finally put into commercial. Ust-Khantaika Reservoir 50
Ust-Khantaika Reservoir
November 20, 1970 was put into operation the first hydroelectric generator, the station number 2. December 25, 1970 earned a second hydraulic unit at number 3. The third number was launched August 25, 1971 (№1), December 11, 1971 (№ 4) January 9, 1972 (№ 5), September 1, 1972 (№ 6) and 21 December 1972 for the last number of number 7. September 25, 1975 Ust-Khantaiskaya HPP was finally put into commercial. Ust-Khantaika Reservoir 50
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