Abstract
Improved characteristics of modern arresters have substantially increased permissible separation distances and flexibility of arrester location in the protection of station and equipment against lightning overvoltages. This was demonstrated by investigations on representative station arrangements for 138-, 230-, and 345-kV system voltages using methods developed for evaluating the effective severity of a large variety of nonstandard wave shapes upon the different types of insulation structures.

This publication has 57 references indexed in Scilit: