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Practical Electrical Power Substation Design Step-by-Step Guide Using a Real 115/13.8 kV Distribution Substation Example: A Complete Practical Handbook for Engineers, Designers, and Students

Practical Guide to Electrical Power Substation Design: Step-by-Step Example of a 115/13.8 kV, 2x50 MVA Outdoor SubstationA complete, real-world guide to substation design from concept to commissioning.Designing an electrical power substation requires more than calculations and datasheets. It demands a full understanding of how all systems connect, coordinate, and operate safely together. This book provides a practical, example-based roadmap for engineers, designers, inspectors, and students who want to learn how a modern substation is planned, designed, and built step by step.Using a real case study—a 115 kV / 13.8 kV, 2x50 MVA outdoor air-insulated substation—this handbook walks you through every major stage, from the single-line diagram and grounding grid to relay coordination, SCADA integration, and as-built documentation.Inside you will find:Step-by-step design process for one complete substation projectReal calculation examples for transformer sizing, fault currents, grounding, and lightning protectionPractical one-line diagrams, layout, and conduit routing conceptsProtection and control schemes, CT/PT selection, relay logic, and SCADA wiringGrounding and safety design per IEEE 80 and NEC 250Construction QA/QC, testing, and commissioning checklistsComprehensive appendices with standards, templates, and field formsEvery chapter connects directly to real-world practice, showing not just what to design but how to design it—with clarity, compliance, and consistency.What makes this book different:Example-based learning using one consistent 115 kV / 13.8 kV substationFully aligned with IEEE, ANSI, NEC, NETA, and NFPA standardsField-focused with QA/QC procedures and inspection checklistsCovers the complete project lifecycle from concept to commissioningWho this book is for:Power system and electrical design engineersSubstation protection and control specialistsUtility and EPC professionalsQA/QC and commissioning engineersEngineering students and traineesWhether you are designing your first substation or reviewing a

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