State Grid Corporation of China 330kV Substation Typical Design

Author: State Grid Corporation of China, National Grid Corporation of China 500 (330) kV Substation Typical Design Working Group
Publisher:
Publish Date: 2005-08-01
Features: Substation typical design is an important means for State Grid Corporation of China to implement centralized management, unify the company's engineering construction standards, and standardize construction management. It is one of the key tasks of State Grid Corporation of China's "Three Grasps and One Creation" this year. State Grid Corporation of China stipulates that the preliminary design of all newly built 500 (330) kV substations within the system must adopt typical design solutions. For ongoing 500 (330) kV substation projects that have completed preliminary design, adjustments must be made in accordance with the requirements of the typical design solutions. Therefore, State Grid Corporation of China organized professionals from design institutes across the country to repeatedly draft, review, and revise the "National Grid Corporation of China 500 kV Substation Typical Design" and "National Grid Corporation of China 330 kV Substation Typical Design," which were implemented starting from July 1, 2005. This book is the "National Grid Corporation of China 330 kV Substation Typical Design," divided into two parts: General Introduction and National Grid Corporation of China 330 kV Substation Typical Design Solutions. The main contents include an overview, design basis, work process, sub-solutions and module division of each solution, main technical conditions of each solution, main technical characteristics of each solution, main technical economic indicators of each solution, overall instructions for using typical design, design instructions, list of main equipment and materials, budget, usage instructions, and design drawings. This book can be used by design units in the power system, as well as professionals engaged in power engineering construction management, planning, construction, installation, production operation, equipment manufacturing, and sales. It can also serve as a reference for teachers and students in relevant fields of higher education institutions.