This paper introduces a characterization of grounding systems (GSs) and defines their condition of “conventionally safe” and “intrinsically safe.” A single GS and a set of GSs are intrinsically safe if they guarantee touch/step voltages permanently permissible for an assigned ground fault value. A new definition of global grounding systems (GGSs) is proposed, revising that offered by the Standards IEC 61936-1/EN 50522. A safety criterion, useful for urban and industrial areas with reduced accessibility, allows identifying the safety zone of influence, and the intrinsically safe condition of a single GS and of a GGS, constituted by a set of interconnected single GSs
In 1999 the Italian Standard CEI 11-1, based on the CENELEC HD 637 S1 Standard, introduced, with ref...
The concept of Global Earthing System (GES), with reference to MV distribution systems, was introduc...
This thesis deals with the grounding systems, namely their evaluation in terms of safety. The introd...
This paper introduces a characterization of a single Grounding System (GS) or a set of interconnecte...
The International Electrotechnical Commission Standard 61936-1 “Power installations exceeding 1 kV a...
The IEC/EN standards introduce the global grounding system GGS that ensures no dangerous touch volta...
In the IEC approach, a global ground system by definition ensures the safety of interconnected MV / ...
This paper suggests an advanced approach in the verification of the adequacy of a grounding system (...
IEC Standard 61936-1 "Power installations exceeding 1 kV a.c." defines the "Global Grounding System...
The present paper presents the preliminary results of the ongoing Italian METERGLOB project on the c...
The present paper presents the preliminary results of the ongoing Italian METERGLOB project on the c...
In city centers, urban or industrial areas, the grounding systems (GSs) interact naturally because t...
A Global Grounding System is defined as the combination of local grounding systems, obtained by thei...
The authors present a systematic study on the factors that have influence on the establishment of th...
The interconnection of grounding systems of HV-MV stations via the armors of medium voltage cables, ...
In 1999 the Italian Standard CEI 11-1, based on the CENELEC HD 637 S1 Standard, introduced, with ref...
The concept of Global Earthing System (GES), with reference to MV distribution systems, was introduc...
This thesis deals with the grounding systems, namely their evaluation in terms of safety. The introd...
This paper introduces a characterization of a single Grounding System (GS) or a set of interconnecte...
The International Electrotechnical Commission Standard 61936-1 “Power installations exceeding 1 kV a...
The IEC/EN standards introduce the global grounding system GGS that ensures no dangerous touch volta...
In the IEC approach, a global ground system by definition ensures the safety of interconnected MV / ...
This paper suggests an advanced approach in the verification of the adequacy of a grounding system (...
IEC Standard 61936-1 "Power installations exceeding 1 kV a.c." defines the "Global Grounding System...
The present paper presents the preliminary results of the ongoing Italian METERGLOB project on the c...
The present paper presents the preliminary results of the ongoing Italian METERGLOB project on the c...
In city centers, urban or industrial areas, the grounding systems (GSs) interact naturally because t...
A Global Grounding System is defined as the combination of local grounding systems, obtained by thei...
The authors present a systematic study on the factors that have influence on the establishment of th...
The interconnection of grounding systems of HV-MV stations via the armors of medium voltage cables, ...
In 1999 the Italian Standard CEI 11-1, based on the CENELEC HD 637 S1 Standard, introduced, with ref...
The concept of Global Earthing System (GES), with reference to MV distribution systems, was introduc...
This thesis deals with the grounding systems, namely their evaluation in terms of safety. The introd...