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Reliability of Transmission and Distribution Equipment, 1995., Second International Conference on the

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Reliability of Transmission and Distribution Equipment, 1995., Second International Conference on the

Date 29-31 Mar 1995

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System reliability improvement-an Australian experience [power systems]

A tap-changer monitoring system incorporating optical sensors

Condition assessment techniques for large power transformers

Maintenance-free vacuum circuit-breaker

Assessment of circuit capability and preparation of rating sheets

Reliability and maintenance practices for Australian and New Zealand HV transmission lines

The Canadian Electrical Association approach to transmission and distribution equipment reliability assessment

Determination of data for reliability analysis of a transmission system

Intelligent optical fibre based systems for monitoring the condition of power equipment

Risk based design of distribution line structure

Proceedings Second International Conference on the Reliability of Transmission and Distribution Equipment (Conf. Publ. No.406)

Application of RCM to high voltage substations

Concepts of data for assessing the reliability of transmission and distribution equipment

Transmission equipment reliability using the Canadian Electrical Association information system

Field experience and pollution monitoring of composite long rod insulators

Design for reliability-methodology and cost benefits in design and manufacture

Factors affecting the reliability of low voltage aerial bundle cable systems

A summary of the final results and conclusions of the second international enquiry on the reliability of high voltage circuit-breakers

Ranking of design criteria to improve rural network performance

The analysis of paper degradation by-products as a tool for monitoring fault conditions in oil-filled electric apparatus

Simulation-aided short circuit risk evaluation for circuit breakers in HV substations

Experience with the use of RCM in a transmission maintenance environment

Case studies in survival analysis of overhead line components

MV overhead lines using XLPE covered conductors. Scandinavian experience and NORWEB developments

Thermal capability assessment for transformers

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