Electric Power Substation Design & Commissioning Field Manual: From System Requirements and Equipment Integration to Testing, Energization, and Handover (en Inglés)
Reseña del libro "Electric Power Substation Design & Commissioning Field Manual: From System Requirements and Equipment Integration to Testing, Energization, and Handover (en Inglés)"
A substation project moves through system studies, equipment procurement, physical construction, testing, energization, and handover. Yet the reference material for each phase is often scattered across different books, standards, and vendor manuals, with little showing how the pieces fit together in the sequence a real project follows. An engineer handling a substation design or commissioning assignment may need to reconcile a grounding-grid calculation from one source, protective relay coordination from another, and a site acceptance or energization procedure assembled in the field — often while working between US customary and SI/IEC units. This field manual closes that gap. Across 20 chapters and 7 appendices, it follows one consistent 138 kV/13.8 kV example substation from initial system studies through final handover, with major calculations worked in US customary and SI/IEC units side by side. With this manual, you will be able to: Work through load-flow, short-circuit, insulation coordination, and bus arrangement selection before equipment specification, following the order a real project requires. Calculate a complete grounding grid using the Wenner four-pin soil resistivity method, Sverak grid resistance formula, surface derating factor, and tolerable touch and step voltages, with unit conversions shown explicitly. Calculate polarization index and dielectric absorption ratio from timed insulation-resistance readings and work through a fall-of-potential grounding-grid resistance test using the 61.8% probe-placement rule. Estimate transformer inrush current during first energization, understand second-harmonic restraint, and follow a sequenced energization procedure with authorization roles and mandatory hold points. Follow protective relay coordination and substation automation, including IEC 61850, GOOSE/MMS messaging, and SCADA, alongside station battery sizing and AC/DC auxiliary power design. Continue beyond design into Factory and Site Acceptance Testing, protection and control commissioning, energization, synchronization, project handover, and O&M knowledge transfer. Find terms and calculations quickly using a consolidated glossary and topic-and-section-referenced index. Key topics include: system studies and insulation coordination; bus arrangement selection; site and civil planning; power transformers; circuit breakers; switchgear; instrument transformers; disconnect switches; surge arresters; bus, conductor, and cable design; grounding grids and ground potential rise; lightning and surge protection; protective relay coordination; substation automation and communications; DC and AC auxiliary power; Factory and Site Acceptance Testing; protection and control commissioning; phase rotation and synchronization; energization; and project handover. Written for practicing electrical engineers, EPC and utility engineers, field and commissioning engineers, and engineers preparing for power-systems-focused licensure, this manual provides a project-length reference for work spanning both US customary and SI/IEC conventions. Add this field manual to your project library and follow a substation project the way it actually unfolds — one phase, one calculation, and one worked example at a time, from system requirements through final handover.
