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- Article name
- IMPROVING THE EFFICIENCY OF MONITORING THE ENGINEERING INFRASTRUCTURE OF DATA CENTERS OF COMMUNICATION FACILITIES USING A SORPTION CABLE SENSOR
- Authors
- Kondratenko V. S., , vsk1950@mail.ru, Moscow State University of Instrument Engineering and Computer Science, Russia
Sleptsov M. A., , vsk1950@mail.ru, "Т8" LLC, Moscow, Russia
Rogov A. Yu., , vsk1950@mail.ru, MIREA - Russian Technological University, Moscow, Russia
Kоbysh A. N., , vsk1950@mail.ru, MIREA - Russian Technological University, Moscow, Russia
Semchukov M. N., , vsk1950@mail.ru, MIREA - Russian Technological University, Moscow, Russia
Kondratenko Е. V., , vsk1950@mail.ru, LLC "TERMOINTERFEYSY", Moscow, Russia
Shkorkina E. N., , vsk1950@mail.ru, LLC "Practical Security Systems", Saint-Petersburg, Russia
- Keywords
- data center / data center of the communication object / coolant / leak / water / liquid cooling / hydro sensor / sorption cable sensor / monitoring system of engineering infrastructure
- Year
- 2020 Issue 2 Pages 36 - 44
- Code EDN
- Code DOI
- Abstract
- The paper discusses current trends in the development of data centers of communication facilities and the use of efficient cooling systems on a liquid coolant. Modern approaches to control leaks in the data center based on existing point and cable hydrosensors, their disadvantages and limitations associated with the principle of operation - at the Bay are shown. An alternative solution is presented - sorption cable sensors with high sensitivity, on the basis of which it is possible to build systems for monitoring leaks and humidity of the environment at any point in 3D space in the conditions of local and extended objects. Experience of practical implementation of sorption cable sensors in the monitoring and control system of the RSC Basis software stack of the supercomputer. N. N. Govoruna allows us to count on improving the efficiency of monitoring the engineering infrastructure of the data center, in terms of monitoring leaks, which will reduce the time of detecting emergency events and take timely measures to minimize damage.
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