Title :
Designing Cold Ironing Power Systems: Electrical Safety During Ship Berthing
Author :
Paul, Deleglise ; Peterson, K. ; Chavdarian, P.R.
Author_Institution :
AECOM, Oakland, CA, USA
Abstract :
Cold ironing power system design requires unique components to supply shore power to ships for cold ironing operation. Currently, the development of new standards is in progress, and operating procedures are being written to maximize electrical safety, standardization of the process, and interchangeability from one location to another. This article describes the power system design, including a power system protection scheme, which should enhance the electrical safety by design. The power system grounding, equipment grounding, and touch potential that can impact personnel safety are described. A very basic outline of the operating procedures and training needed for the operators to maximize electrical safety during cold ironing operation are also included in this article. In addition, this article provides the current status of the draft International Electrotechnical Commission (IEC)/International Organization for Standardization (ISO)/IE Standards 80005-1 [5] and 80005-2 [6].
Keywords :
IEC standards; ISO standards; earthing; electrical safety; marine power systems; ships; IE standard 80005-2; IE standards 80005-1; IEC; ISO; International Electrotechnical Commission; International Organization for Standardization; cold ironing power system design; electrical safety; equipment grounding; personnel safety; power system grounding; power system protection scheme; process standardization; ship berthing; shore power supply; touch potential; Grounding; Marine vehicles; Power cables; Power systems planning; Power transformers; Safety; Substations;
Journal_Title :
Industry Applications Magazine, IEEE
DOI :
10.1109/MIAS.2013.2288393