The Complete Handbook of Substation Earthing: Design, Safety, and Case Studies (eBook, ePUB)
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Key Highlights:- Defines important terminology and parameters related to substation earthing- Outlines the purpose, scope, and referenced documents for the earthing design- Specifies the functional requirements for an effective earthing system- Discusses the design requirements, including soil models, fault levels, and clearing times- Presents three case study variants for calculating and improving soil conductivity- Includes resources and further reading for deeper understandingWho Should Read This:- Electrical engineers responsible for substation design and earthing system integration- Proje...
Key Highlights:
- Defines important terminology and parameters related to substation earthing
- Outlines the purpose, scope, and referenced documents for the earthing design
- Specifies the functional requirements for an effective earthing system
- Discusses the design requirements, including soil models, fault levels, and clearing times
- Presents three case study variants for calculating and improving soil conductivity
- Includes resources and further reading for deeper understanding
Who Should Read This:
- Electrical engineers responsible for substation design and earthing system integration
- Project managers overseeing the planning and construction of new substations
- Maintenance personnel tasked with evaluating and upgrading existing earthing systems
- Researchers and academics studying advancements in substation grounding technology
By providing a comprehensive, standards-based approach to substation earthing, this document serves as an invaluable reference for industry professionals seeking to ensure the safety, reliability, and compliance of their electrical infrastructure.
- Defines important terminology and parameters related to substation earthing
- Outlines the purpose, scope, and referenced documents for the earthing design
- Specifies the functional requirements for an effective earthing system
- Discusses the design requirements, including soil models, fault levels, and clearing times
- Presents three case study variants for calculating and improving soil conductivity
- Includes resources and further reading for deeper understanding
Who Should Read This:
- Electrical engineers responsible for substation design and earthing system integration
- Project managers overseeing the planning and construction of new substations
- Maintenance personnel tasked with evaluating and upgrading existing earthing systems
- Researchers and academics studying advancements in substation grounding technology
By providing a comprehensive, standards-based approach to substation earthing, this document serves as an invaluable reference for industry professionals seeking to ensure the safety, reliability, and compliance of their electrical infrastructure.
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