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11048 The Economic Benefits, Applications and Innovations for Battery-Powered Remote Monitoring

Picture for 11048 The Economic Benefits, Applications and Innovations for Battery-Powered Remote Monitoring
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Product Number: 51300-11048-SG
ISBN: 11048 2011 CP
Author: Craig Held
Publication Date: 2011
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$20.00
$20.00
As automated remote monitoring with wireless data-communication radios are increasingly becoming a popular choice for many pipeline, energy and utility operators, additional wireless options have begun to emerge. Battery-powered remote monitoring is a new solution that is available for pipeto- soil measurement. Unlike a traditional wireless system, this automated remote monitoring system option can be submersed and installed underground.

Traditionally, a technician would manually collect pipe-to-soil measurements while walking along the pipeline. Battery-powered remote monitoring eliminates the need for manual measurements and provides real-time data from the field directly to the user’s fingertips. This new remote monitoring option eliminates the need for solar panels and, because it resides underground, it decreases the chance of theft and vandalism. Using battery-powered remote monitoring can bring the price of remote monitoring down to the point where it’s feasible to eliminate most, if not all, pipe-to-soil manual monitoring.

These new systems are designed for pipe-to-soil users who are committed to going beyond compliance and moving to mitigation versus simple measurement. This presentation will discuss the economic benefits of battery-powered remote monitoring and layout the monitoring options that are available in a secure proprietary network.

Keywords: automation, remote monitoring, wireless, SCADA, cathodic protection, frequency hopping spread spectrum technology, submersible, proprietary communication network, polling, protection mitigation.
As automated remote monitoring with wireless data-communication radios are increasingly becoming a popular choice for many pipeline, energy and utility operators, additional wireless options have begun to emerge. Battery-powered remote monitoring is a new solution that is available for pipeto- soil measurement. Unlike a traditional wireless system, this automated remote monitoring system option can be submersed and installed underground.

Traditionally, a technician would manually collect pipe-to-soil measurements while walking along the pipeline. Battery-powered remote monitoring eliminates the need for manual measurements and provides real-time data from the field directly to the user’s fingertips. This new remote monitoring option eliminates the need for solar panels and, because it resides underground, it decreases the chance of theft and vandalism. Using battery-powered remote monitoring can bring the price of remote monitoring down to the point where it’s feasible to eliminate most, if not all, pipe-to-soil manual monitoring.

These new systems are designed for pipe-to-soil users who are committed to going beyond compliance and moving to mitigation versus simple measurement. This presentation will discuss the economic benefits of battery-powered remote monitoring and layout the monitoring options that are available in a secure proprietary network.

Keywords: automation, remote monitoring, wireless, SCADA, cathodic protection, frequency hopping spread spectrum technology, submersible, proprietary communication network, polling, protection mitigation.
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