To reduce the ground resistance of large substations in areas with high soil resistivity is attracting much attention.

According to the research achievements acquired through studying on combination of lightning prevention and insulation of transformer yard in large scale hydro projects such as Gezhouba project, it is derived that GIS (gas insulated switch gear) for 500 KV stations may be simply protected by a line lateral lightning arrestor and a bus line lightning arrestor.

This paper describes the typical faults of the main equipments of large scale power plants.

In order to shorten the time of design, construction and maintenance, improve the efficiency of management and reduce the cost for large scale power plant (LSPP), a novel integrated managing method for LSPP lifecycle is proposed based on the ideas of computer and contemporary integrated manufacturing systems (CIMS) in this paper.

Architecture and cooperation of a distributed intelligent diagnostic system for large scale power plants;

Study on the methods of knowledge processing in an intelligent diagnostic system for large scale power plants;

Miniaturization design for 220 kV large central substations

Stress-deformation characteristics of an ancient landslide at Dagang transformer substation site;