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Ukrhydroenergo PJSC – part 2

Dniester HPP

  • Automated construction condition monitoring system “Titan” was designed and implemented (304 control points were automated, 6 local data concentrators and “Titan” software were installed);
  • Operations on the design of hardware, installation of equipment, manufacture of metal structures and installation of cable lines of the stationary system for monitoring spatial displacement of structures were carried out;
  • A downstream gauge of the Dniester buffer hydrosystem was designed and installed.

Dniester HPSPP

  • Automated construction condition monitoring system ‘Titan” was designed and implemented (732 control points were automated, 8 local data concentrators with the multiplexing function and “Titan” software were installed);
  • Within the framework of implementation of the first stage of automated construction condition monitoring system in the hydraulic unit No. 1 – 261 control points were automated, 13 units of server and telecommunication equipment, 5 local data concentrators, 12 multiplexers and 8 local switches were installed;
  • Within the framework of implementation of the second stage of automated construction condition monitoring system in the hydraulic units Nos. 1-3 – 906 control points were automated, 2 units of server and telecommunication equipment, 5 local data concentrators, 19 multiplexers and 2 local switches were installed;
  • Within the framework of implementation of automated construction condition monitoring system of the underground complex in the hydraulic unit No. 4 – 318 control points were automated, 6 units of server and telecommunication equipment and 4 local switches were installed;
  • Automated construction condition monitoring system was implemented for the lower reservoir (132 control points were automated, 3 units of server and telecommunication equipment, 8 multiplexers and 5 local data concentrators were installed;
  • Automated construction condition monitoring system was implemented for the pit of the hydraulic unit and the supply water line (61 control points were automated);
  • The geotechnical monitoring subsystem equipment was delivered (90 control points, 9 multiplexers and 3 local data concentrators);
  • The seismometric monitoring subsystem equipment was delivered (13 data registration stations);
  • The seismometric monitoring subsystem equipment was delivered (6 data registration stations).

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