«KALYAZIN» DEEP SPACE COMMUNICATIONS CENTER
64
m
5
Maximum mirror diameter
Experimental antenna complexes
0.02
о
1
Maximum vertical deviation of structures
Data Processing Center
95
The cost of construction of the complex
million $
- 64m
Maximum mirror diameter
- 0.02°
Maximum vertical deviation of structures
- 5
Experimental antenna complexes
- 1
Data Processing Center
- 95million $
The cost of construction of the complex
Assessment of the economic feasibility of the project
Engineering surveys
Inspection of engineering networks and building structures
Urban planning and initial permitting documentation
Project documentation
It is fantastically interesting and exciting to build a bridge between Earth and Outer Space. The project to create a center for deep space communications and a center for remote sensing of the earth is unique in every sense.
The complex design object includes the construction of several administrative buildings, the creation of an on-site road network, a security perimeter, an on-site engineering and technical infrastructure of increased reliability with a centralized dispatching system, the creation of a large data processing center according to international standards, the reconstruction of the famous TNA-1500K radio telescope and the installation of additional five antenna complexes for various purposes.
The placement of antenna complexes was carried out in close cooperation with the scientific staff of JSC OKB MEI, because the antennas are interconnected and the slightest inaccuracy would lead to the malfunction of the entire system.
In view of the need for ultra-precise guidance of space objects at ultra-long distances, it was necessary to develop an antenna pylon design that allows to keep the deviation of a massive high-altitude structure from the vertical axis within 0.02о at a gusty wind speed of 25 km/h. This indicator turned out to be close to the impossible. Using modern software systems, more than fifty design variants were consistently calculated and modeled until a positive calculation model was obtained.
For the reconstruction and adaptation of the TNA-1500K pylon built in the 1980s, a complete engineering and technical survey was carried out. Some of the structures were closed, but restored in the design model due to the availability of archival footage of the construction of the radio telescope.
The architectural design of the complex is made in a modern style using HPL panels of eco-friendly colors and glass.
The complex design object includes the construction of several administrative buildings, the creation of an on-site road network, a security perimeter, an on-site engineering and technical infrastructure of increased reliability with a centralized dispatching system, the creation of a large data processing center according to international standards, the reconstruction of the famous TNA-1500K radio telescope and the installation of additional five antenna complexes for various purposes.
The placement of antenna complexes was carried out in close cooperation with the scientific staff of JSC OKB MEI, because the antennas are interconnected and the slightest inaccuracy would lead to the malfunction of the entire system.
In view of the need for ultra-precise guidance of space objects at ultra-long distances, it was necessary to develop an antenna pylon design that allows to keep the deviation of a massive high-altitude structure from the vertical axis within 0.02о at a gusty wind speed of 25 km/h. This indicator turned out to be close to the impossible. Using modern software systems, more than fifty design variants were consistently calculated and modeled until a positive calculation model was obtained.
For the reconstruction and adaptation of the TNA-1500K pylon built in the 1980s, a complete engineering and technical survey was carried out. Some of the structures were closed, but restored in the design model due to the availability of archival footage of the construction of the radio telescope.
The architectural design of the complex is made in a modern style using HPL panels of eco-friendly colors and glass.
