Architectural Power Supply and Distribution Technology

Author: Dai Shaoji, Editor-in-Chief
Publisher:
Publish Date: 2003-07-01
Features: This book is one of a six-part series of teaching materials for professional courses in building electrical engineering at vocational and technical colleges. The entire book consists of eleven chapters, covering the following topics: main electrical equipment in building power supply and distribution systems; load calculation for building power supply and distribution systems; short-circuit calculation, circuit selection, and verification; substation and building power supply and distribution systems; protection of power supply and distribution systems; secondary circuits and automatic devices in power supply and distribution systems; energy saving and planned power consumption; power supply and distribution for high-rise buildings; operation, maintenance, and testing of power supply and distribution systems; urban network community planning and temporary power supply at construction sites. For the convenience of review and self-study, each chapter ends with review questions and exercises. Additionally, for the convenience of experiments and course design, the book also includes an experimental guide and a course design task book at the end. During the writing process, attention was paid to implementing the new national standards and design codes, making the content more up-to-date and practical. The text is also written in a clear and easy-to-understand manner to facilitate self-study. This book can be used as a teaching material for professional courses in building electrical engineering, electrical technology, and related fields at vocational and technical colleges, and can also serve as a reference for engineering technicians engaged in building power supply and distribution technology. This book is one of a six-part series of teaching materials for professional courses in building electrical engineering at vocational and technical colleges. The entire book consists of eleven chapters, covering the following topics: main electrical equipment in building power supply and distribution systems; load calculation for building power supply and distribution systems; short-circuit calculation, circuit selection, and verification; substation and building power supply and distribution systems; protection of power supply and distribution systems; secondary circuits and automatic devices in power supply and distribution systems; energy saving and planned power consumption; power supply and distribution for high-rise buildings; operation, maintenance, and testing of power supply and distribution systems; urban network community planning and temporary power supply at construction sites. For the convenience of review and self-study, each chapter ends with review questions and exercises. Additionally, for the convenience of experiments and course design, the book also includes an experimental guide and a course design task book at the end. During the writing process, attention was paid to implementing the new national standards and design codes, making the content more up-to-date and practical. The text is also written in a clear and easy-to-understand manner to facilitate self-study. This book can be used as a teaching material for professional courses in building electrical engineering, electrical technology, and related fields at vocational and technical colleges, and can also serve as a reference for engineering technicians engaged in building power supply and distribution technology.