Tashkent Tower

The Tashkent Television Tower (Uzbek: Toshkent Teleminorasi) is a 375-metre-high (1,230 ft) tower, located in Tashkent, Uzbekistan and is the 12th tallest tower in the world. Construction started in 1978 and it began operation 6 years later, on 15 January 1985. It was the 4th tallest tower in the world from 1985 to 1991. Moreover, the decision of construction Tashkent Tower or TV-Tower of Uzbekistan was decided in 1971 in 1 September in order to spread the TV and radio signals to all over the Uzbekistan. It is of a vertical cantilever structure, and is constructed out of steel. Its architectural design is a product of the Terxiev, Tsarucov & Semashko firm.

Tashkent TV Tower
The Tashkent tower is the second tallest structure in Central Asia (after Ekibastuz GRES-2 Power Station in Ekibastuz, Kazakhstan), opened on January 15, 1985.
General information
TypeTV-translation, Radio-translation, communication, hydrometeorological research
LocationTashkent, Uzbekistan
Construction started1978
Completed1984
Height
Antenna spire375 m (1,230.3 ft)
Top floor97 m (318.2 ft), observation deck
Technical details
Lifts/elevators3
Design and construction
ArchitectY.P. Semashko, I.N. Terziev-Tsarukov
Main contractorE.P. Morozov, M.D. Musheev

The tower has an observation deck located 97 metres (318 ft) above the ground. It is second tallest structure in Central Asia after Ekibastuz GRES-2 Power Station in Ekibastuz, Kazakhstan. It also belongs to the World Federation of Great Towers.

Use

The main purposes of the tower are radio and TV-transmission. The signal reaches the farthest points of Tashkent Province and some of the south regions of Kazakhstan. The tower is also used for communication between governmental departments, and organizations. The tower also serves as a complex hydrometeorological station.

gollark: It's too far away to be very useful.
gollark: Consider the difficulty of having to collect then dispose of/recycle "spent" solar panels ~30 years after deployment.
gollark: One problem with solar/wind is that (like most things) they degrade over time (lithium ion batteries, which you could end up needing many of, especially fast), and would be in remote locations in huge quantities...
gollark: Nuclear also doesn't take up much land, and could be way more efficient than it already is if it was actually deployed at scale and new technologies got used.
gollark: The waste is basically a non problem compared to carbon dioxide and they run constantly.

See also

Notes

[1]

References
  1. Online Journal About Tower

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