Add to ORKGThe paper considers the reliability calculation technique based on logical - probabilistic approach for evaluation of the electrical substation switchgear schemes and equipment at emergency mode with disconnections of the substation equipment individual elements or false operation of relay protection and automation (RPA). The results of studying the 330 kV substations of Latvian Electric Power System (EPS) are shown. Recommendations for changing the switchgear schemes of some substations are given
An electric power system as a whole is an enormous entity. It is very difficult to evaluate the reli...
Modern society expects the production and distribution of electric power to be accomplished at maxim...
The reliability of smart substations has a great significance on the safety and stability of smart g...
The paper gives overview of methodology for calculations of reliability and outage probability of sw...
The paper analyses the reliability of power supply for a 330/750 kV electrical ring. Consideration i...
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The paper gives the main idea of substation’s switchgear’s reliability evaluation module as a part...
Reliability evaluation of power system substations is of significant importance when performing asse...
The reliability performance of transmission and distribution systems can be evaluated in quantitativ...
The majority of equipment and lines of the transmission network have been exploited for several deca...
Reliability of a power system depends on its equipment. As power transformers are essential elements...
In most reliability studies, failure rates are treated as constant, however they are changing with a...
Power systems are in a phase of automation where intelligent components and sub-systems are employed...
Increasing the intelligent level of the EPS control systems, caused by the implementation of Smart t...
The aim of the presented work was to examine the reliability assessment model on the example of a se...
An electric power system as a whole is an enormous entity. It is very difficult to evaluate the reli...
Modern society expects the production and distribution of electric power to be accomplished at maxim...
The reliability of smart substations has a great significance on the safety and stability of smart g...
The paper gives overview of methodology for calculations of reliability and outage probability of sw...
The paper analyses the reliability of power supply for a 330/750 kV electrical ring. Consideration i...
ssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssss...
The paper gives the main idea of substation’s switchgear’s reliability evaluation module as a part...
Reliability evaluation of power system substations is of significant importance when performing asse...
The reliability performance of transmission and distribution systems can be evaluated in quantitativ...
The majority of equipment and lines of the transmission network have been exploited for several deca...
Reliability of a power system depends on its equipment. As power transformers are essential elements...
In most reliability studies, failure rates are treated as constant, however they are changing with a...
Power systems are in a phase of automation where intelligent components and sub-systems are employed...
Increasing the intelligent level of the EPS control systems, caused by the implementation of Smart t...
The aim of the presented work was to examine the reliability assessment model on the example of a se...
An electric power system as a whole is an enormous entity. It is very difficult to evaluate the reli...
Modern society expects the production and distribution of electric power to be accomplished at maxim...
The reliability of smart substations has a great significance on the safety and stability of smart g...