10kV Distribution Design Manual

Author: Tan Jinchao
Publisher:
Publish Date: 2004-11-01
Features: With the construction and development of urban and rural power distribution networks, the rapid growth of nationwide power supply and demand, and increasingly heavy 10kV power distribution tasks, to ensure the safe, economical, and reliable operation of 10kV power distribution networks, the "10kV Power Distribution Engineering Design Handbook" has been organized and compiled based on the standard requirements of the "Guidelines for Urban Power Network Planning and Design," "Urban Power Planning Code," "Guidelines for Rural Power Network Planning and Design," "Power Distribution System Design Code," "Design Code for 10kV and Below Substations," "Technical Regulations for Design of 66kV and Below Overhead Power Lines," "Technical Regulations for Design of Overhead Distribution Lines," "Technical Regulations for Design of Overhead Insulated Distribution Lines," "Design Code for Cable Engineering in Power Projects," "Design Code for High-Voltage Distribution Devices from 3 to 110kV," "Design Code for Relay Protection and Automatic Devices," and "Technical Regulations for Design of Electrical Measurement and Energy Metering Devices," as well as the complementary "10kV Power Substation Engineering Drawing Set," "10kV and Below Distribution Line Engineering Drawing Set," and "10kV and Below Distribution Device Engineering Drawing Set," along with practical design experience in power distribution. The handbook consists of four main parts: ① General design requirements, including basic design content, format, procedures, text and graphic symbols, drawing specifications, general electrical calculation methods, load calculation methods, short-circuit current calculation methods, computer configuration, and professional software usage methods; ② 10kV power distribution engineering design standards, including standard design technical principles, planning and design principles, building electrical design requirements, distribution network construction design requirements, power distribution equipment selection principles, main electrical equipment data, and distribution design and acceptance specifications; ③ Power distribution engineering design methods, including electrical wiring methods, selection of primary and secondary power distribution equipment, layout of power distribution equipment, installation of power distribution equipment, civil engineering requirements for switch stations and power substations, and project budget and settlement books; ④ Common power distribution design cases, introducing examples of new city power supply planning and design and commercial residential complex power supply construction design. This handbook serves as a reference tool for power distribution engineering design personnel, construction personnel, and management cadres in urban and rural power supply enterprises, as well as a book for electrical engineering design personnel, construction personnel, and management staff in design enterprises across industries such as construction, machinery, metallurgy, coal, petroleum, railways, transportation, electronics, chemical industry, textiles, radio and television, ordnance, shipbuilding, postal services, aerospace, information, and national defense science and technology.