Open AccessRealizacija besprekidnog napajanja komandno-upravljačkog centra u sistemu OOiU
Author(s) -
Marko Tajdić,
Željko V. Despotović,
Jovan Kon
Publication year - 2021
Publication title -
energija/energija, ekonomija, ekologija
Language(s) - English
Resource type - Journals
eISSN - 2812-7528
pISSN - 0354-8651
DOI - 10.46793/eee21-2.64t
Subject(s) - backup , mains electricity , uninterruptible power supply , electric power system , control (management) , population , blackout , power (physics) , computer science , business , telecommunications , computer security , engineering , electrical engineering , voltage , physics , demography , quantum mechanics , database , artificial intelligence , sociology
The emergency and notification warning system has the task to, in accordance with legal regulations, rules and observances, perform all necessary measures in order to monitoring, inform, and if necessary, partial or general public alerting of the population in the endangered area. The emergency and notification warning system, which is, among other things, very important for the Emergency management sector of the Republic Serbia, is managed from the command-control center. The importance of this system is evidenced by the fact that it has data transmission on two transmission paths (WiFi and UHF). Based on the above, it follows that it is very important to ensure robust, reliable and uninterrupted operation of the CCC and thus the smooth operation of the emergency and notification warning system. Uninterruptible power supply (UPS) plays a significant role in ensuring reliable, uninterrupted and autonomous operation of the entire system. The role of BPN is very important, because in case of loss of mains power 230 V, 50 Hz, it should take over the power supply of the system. The control system should provide a very fast switching (switching time ≤10 ms) to the backup power supply without interruption and voltage failure of the entire system. When working on a battery bank, the autonomy of the designed system in the absence of mains power is 48 hours. The paper will present the practical implementation of such a system, as well as the experimental results obtained during the operational commissioning of the UPS system. The solution is in use in the CCC-Valjevo of the emergency and notification warning system, starting from June 30, 2020.