In city centers, urban or industrial areas, the grounding systems (GSs) interact naturally because they share common zones of influence. IEC Standard 61936-1 defines the “global grounding system” (GGS), as consisting of elements that are essentially interconnected such as the metal sheaths of MV cables. This paper deals with an analysis of the parameters that characterize the grounding systems as isolated electrodes, as they are considered in the design specifications and verifying tests suggested by the IEC Standards. The paper analyzes the impact of more grounding systems in the same zone of influence and their possible global integration
The present paper presents the preliminary results of the ongoing Italian METERGLOB project on the c...
Abstract – One of the main purposes of grounding systems is to safely inject fault currents into the...
The present paper presents the preliminary results of the ongoing Italian METERGLOB project on the c...
IEC Standard 61936-1 "Power installations exceeding 1 kV a.c." defines the "Global Grounding System...
In the IEC approach, a global ground system by definition ensures the safety of interconnected MV / ...
The IEC/EN standards introduce the global grounding system GGS that ensures no dangerous touch volta...
The International Electrotechnical Commission Standard 61936-1 “Power installations exceeding 1 kV a...
This paper suggests an advanced approach in the verification of the adequacy of a grounding system (...
A Global Grounding System is defined as the combination of local grounding systems, obtained by thei...
Papers, books, and standards consider the problem of mutual interactions of ground systems (GSs) by ...
This paper introduces a characterization of grounding systems (GSs) and defines their condition of “...
This paper introduces a characterization of a single Grounding System (GS) or a set of interconnecte...
The interconnection of grounding systems of HV-MV stations via the armors of medium voltage cables, ...
The METERGLOB project has faced the issue of the identification of Global Grounding Systems. One of ...
In 1999 the Italian Standard CEI 11-1, based on the CENELEC HD 637 S1 Standard, introduced, with ref...
The present paper presents the preliminary results of the ongoing Italian METERGLOB project on the c...
Abstract – One of the main purposes of grounding systems is to safely inject fault currents into the...
The present paper presents the preliminary results of the ongoing Italian METERGLOB project on the c...
IEC Standard 61936-1 "Power installations exceeding 1 kV a.c." defines the "Global Grounding System...
In the IEC approach, a global ground system by definition ensures the safety of interconnected MV / ...
The IEC/EN standards introduce the global grounding system GGS that ensures no dangerous touch volta...
The International Electrotechnical Commission Standard 61936-1 “Power installations exceeding 1 kV a...
This paper suggests an advanced approach in the verification of the adequacy of a grounding system (...
A Global Grounding System is defined as the combination of local grounding systems, obtained by thei...
Papers, books, and standards consider the problem of mutual interactions of ground systems (GSs) by ...
This paper introduces a characterization of grounding systems (GSs) and defines their condition of “...
This paper introduces a characterization of a single Grounding System (GS) or a set of interconnecte...
The interconnection of grounding systems of HV-MV stations via the armors of medium voltage cables, ...
The METERGLOB project has faced the issue of the identification of Global Grounding Systems. One of ...
In 1999 the Italian Standard CEI 11-1, based on the CENELEC HD 637 S1 Standard, introduced, with ref...
The present paper presents the preliminary results of the ongoing Italian METERGLOB project on the c...
Abstract – One of the main purposes of grounding systems is to safely inject fault currents into the...
The present paper presents the preliminary results of the ongoing Italian METERGLOB project on the c...