Title :
Design considerations for implementation of large scale automatic meter reading systems
Author :
Mak, Sioe ; Radford, Denny
Author_Institution :
Distribution Control Syst. Inc, Hazelwood, MO, USA
fDate :
1/1/1995 12:00:00 AM
Abstract :
This paper discusses the requirements imposed on the design of a power system automatic meter reading system expected to serve a large (>1 million) customer base spread over a large geographical area. Issues such as system throughput, response time, and multi-application expandability are addressed, all of which are intimately dependent on the underlying communication system infrastructure, the local geography, the customer base, and the regulatory environment. A methodology for analysis, assessment, and design of large systems is presented. For illustration, two communication systems-a low power RF/PLC system and a power frequency carrier system-are analysed and discussed
Keywords :
carrier transmission on power lines; computerised instrumentation; design engineering; power engineering computing; power measurement; power system measurement; telemetry; automatic meter reading; communication system infrastructure; customer base; design; implementation; large scale; local geography; low power RF/PLC system; multi-application expandability; power frequency carrier system; power system; regulatory environment; requirements; response time; system throughput; Automatic control; Automatic meter reading; Control systems; Delay; Frequency; Geography; Large-scale systems; Meter reading; Throughput; USA Councils;
Journal_Title :
Power Delivery, IEEE Transactions on