Naslov
Transformer Fleet Monitoring

Autori
Jaković, Tihomir ; Murat, Ivan ; Klarić, Filip ; Keitoue, Samir

Vrsta, podvrsta i kategorija rada
Radovi u zbornicima skupova, cjeloviti rad (in extenso), znanstveni

Izvornik
4th International Colloquium "Transformer Research and Asset Management", Pula, Croatia, May 10 – 12, 2017 / - Pula : Hrvatski komitet međunarodne konferencije za velike električne sisteme (CIGRE), 2017, TLM_4-TLM_4

Skup
4th International Colloquium "Transformer Research and Asset Management", Pula, Croatia, May 10 – 12, 2017

Mjesto i datum
Pula, Hrvatska, 10.05.2017. - 12.05.2017

Vrsta sudjelovanja
Predavanje

Vrsta recenzije
Međunarodna recenzija

Ključne riječi
transformer monitoring ; fleet monitoring ; asset management

Sažetak
Transformer monitoring systems are increasing in number and having a clear overview of the whole fleet of monitored transformers is becoming crucial in an effort to provide the end user with an easy way to monitor its transformer assets and react accordingly to the monitored situations. This paper will introduce a Fleet monitoring solution that provides the architecture and tools to accomplish the set tasks of connecting and accessing information of all the monitoring systems from their dedicated locations. Standard transformer monitoring system configuration is made of a local unit on the transformer for collecting and processing raw data from the sensors and transferring the data to another unit, usually a server located in the substation which stores it in the database. The server unit is also responsible for the presentation of data to the end user and communication with supervisory control systems. This configuration is well capable of achieving its purpose of monitoring the transformer state and operation. The challenge is in accessing the monitored data. Traditional approach for accessing the data was to access the servers locally in the substations. Responding to the monitored conditions was done by connecting critical alarm signals from the monitoring system to the substation control system and in case of an alarm indication the operator from the substation was required to access the monitoring system for further details and inform personnel responsible for the maintenance of transformer units. The transformer maintenance personnel were then required to check the monitored data either by connecting remotely to the monitoring system, which in most cases is not possible due to security and technical restrictions, or to travel to the remote location to investigate the issue. This approach was both very time consuming and costly. There is also a consideration that the modern substations are becoming unmanned or have just a basic crew which may consist of personnel not qualified or trained for the required tasks. The challenge was to enable a centralized access to the distributed monitoring systems across multiple substations. An architecture, both hardware and software, was developed, that accomplishes this task. The architecture is highly modular so that the components of the system can be distributed and integrated into an overall system which is fully customizable to the end user requirements. During development one of the main considerations was to make the integration of already existing systems as seamless as possible. The result is a Fleet monitoring solution that centralizes access to the information from all connected monitoring systems while at the same time does not interfere with the work of dedicated monitoring systems at remote locations. This way the data can be presented directly to the right personnel. This paper will also discuss further goals and directions of development for transformer fleet monitoring.

Izvorni jezik
Engleski

Znanstvena područja
Elektrotehnika

POVEZANOST RADA