State Grid Corporation of China Typical Design for Transmission and Transformation Engineering 110kV Transmission Line Volume (2005 Edition)

Author: Liu Zhenya, Editor-in-Chief, promulgated by State Grid Corporation
Publisher:
Publishing Date: 2005-12-01
Features: Typical design of transmission and transformation engineering is one of the key projects of State Grid Corporation's "Three Grasps and One Creation." It is an important means for State Grid Corporation to implement centralized management, unify construction standards, standardize construction management, and reasonably control costs. It is also a significant embodiment of State Grid Corporation fully implementing the spirit of the 16th National Congress of the Communist Party of China, implementing the scientific outlook on development, building a "resource-saving and environment-friendly" society, and greatly improving integrated innovation capabilities. This book is the 110kV transmission line section of "State Grid Corporation's Typical Design of Transmission and Transformation Engineering," consisting of two parts: General Introduction and 110kV Transmission Line Typical Design Modules. The General Introduction includes the purpose, significance, overall principles, design basis, working methods and process, research and handling of opinions, module division and division of labor, main design principles and methods, main technical characteristics, comprehensive benefit analysis, and overall usage instructions. The 110kV Transmission Line Typical Design includes a general design description and 15 design modules, each of which includes an overview of the module, an overview of the pole and tower, and the design conditions, root spacing dimensions, foundation bearing forces, single-line diagram, and commander diagram of the steel tower. The main tower types of the steel towers are wine glass towers, cat's head towers, dry character corner towers, double-circuit drum towers, and double-circuit drum steel towers, among others. This book can be used by design units in the power system, as well as professionals engaged in the planning, management, construction, installation, production operation, equipment manufacturing, and sales of power engineering construction. It can also be used as a reference for teachers and students of relevant majors in colleges and universities.
Transmission and transformation engineering typical design is one of the key projects of State Grid Corporation's "Three Grasps and One Creation." It is an important means for State Grid Corporation to implement centralized management, unify construction standards, standardize construction management, and reasonably control costs. It is also a significant embodiment of State Grid Corporation fully implementing the spirit of the 16th National Congress of the Communist Party of China, implementing the scientific outlook on development, building a "resource-saving and environment-friendly" society, and greatly improving integrated innovation capabilities. This book is the 110kV transmission line section of "State Grid Corporation's Typical Design of Transmission and Transformation Engineering," consisting of two parts: General Introduction and 110kV Transmission Line Typical Design Modules. The General Introduction includes the purpose, significance, overall principles, design basis, working methods and process, research and handling of opinions, module division and division of labor, main design principles and methods, main technical characteristics, comprehensive benefit analysis, and overall usage instructions. The 110kV Transmission Line Typical Design includes a general design description and 15 design modules, each of which includes an overview of the module, an overview of the pole and tower, and the design conditions, root spacing dimensions, foundation bearing forces, single-line diagram, and commander diagram of the steel tower. The main tower types of the steel towers are wine glass towers, cat's head towers, dry character corner towers, double-circuit drum towers, and double-circuit drum steel towers, among others. This book can be used by design units in the power system, as well as professionals engaged in the planning, management, construction, installation, production operation, equipment manufacturing, and sales of power engineering construction. It can also be used as a reference for teachers and students of relevant majors in colleges and universities.