AMR-AMI Project

Updated: December 2017​

Waterworks is currently working on the scope of work with Excergy for Phase 2, AMI System Design and Bidding Services. Internal discussions are centered on how best to bid, package, and deliver the project.

​Options will include full third-party integrator responsibility, Newport News Waterworks handling the integration, or a hybrid solution. The AMI system the utility selects is to have a minimum shelf life of 20 years. It is anticipated that the implementation of the AMI system will be 3 years following vendor selection and will include a pilot/confirmation effort prior to a full roll-out.

​ We estimate that Phase 2 will be completed by the end of 2018 and a vendor selection process to begin in early 2019.
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​Updated: September 2016

​​​​Phase 1 has been completed with delivery of the final report in August. Total capital and 20-year operating costs for implementation of the preferred AMI alternative across the entire regional service area is estimated at $56 million. Workshops will be conducted in September and October to further evaluate the final estimated implementation costs and the associated financial and operational benefits to both NNWW customers and the utility.
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​Updated: June 2016

In February 2016, the Waterworks Department launched a three-phase Automated Meter Reading (AMR)/Advanced Metering Infrastructure (AMI) project. AMR and AMI are both forms of automated, remote meter reading. ​​AMR refers to drive-by systems. The meter collects and stores data until it is collected by a meter reader driving past in a vehicle. AMR systems are limited to one-way communication.​​

AMI enables two-way communication through a fixed network to transmit information between the utility office and meters or other endpoints, and provides greater benefits to the utility and its customers. AMI has the potential to enhance Waterworks’ operational effectiveness by increasing meter reading efficiency; improving meter accuracy; reducing costs associated with vehicle operations; reducing water losses; improving system pressure management and pumping efficiency; and enhancing system modeling and demand analyses.​

Phase I of this project is a study, conducted by the consulting firm Excergy Corporation, to determine the feasibility of implementing an AMR and/or AMI system in the Waterworks service area. The Feasibility Study is a detailed analysis of the costs and the benefits of AMR/AMI systems. Multiple scenarios are being considered, including a full AMR system (drive-by meter reading), a hybrid AMR/AMI system, a full AMI system, and a full AMI system with remote connect/disconnect capabilities.