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Retrofit vs Replacement: An Early Decision in Many AMI Projects
When organizations begin evaluating AMI deployment strategies, attention frequently turns to infrastructure already in service. Many water meters remain mechanically reliable long after installation. While communication capabilities may be limited, the meter itself may continue operating as inten...Read more -
What Changes When a Metering Network Starts to Scale?
Most AMR projects begin with a clear objective: collect more information, reduce manual work, and improve visibility across the network. During the early stages of deployment, operational teams often have a relatively manageable environment. Exceptions are limited, field investigations can be coo...Read more -
The Human Side of AMR Projects Is Often Overlooked
During project planning, utilities typically spend significant time evaluating technology. Questions about communication coverage, battery life, platform functions, and data collection capabilities are common. These are important considerations. But once the system is live, a different set of que...Read more -
The Human Factor Behind Successful AMR Projects
In the utility industry, discussions about AMR projects often focus on technical specifications. Communication technologies, device compatibility, reporting capabilities, battery performance, and software features are all important considerations during project planning. Yet many utilities discov...Read more -
More Alerts, Better Results?
In AMR systems, alerts are designed to improve visibility. But more alerts do not always improve operations. As meter networks grow, utilities may receive notifications related to: • Leakage events • Low battery status • Communication interruptions • Abnormal consumption • Missing readings The ch...Read more -
Is Full Replacement Still a Wise Choice?
In many AMR and AMI projects, the default approach is still: Replace everything. Deploy fast. Scale immediately. But in practice, this often leads to the highest level of risk. Full replacement strategies typically result in: • High CAPEX • High operational risk • System-wide disruption • ...Read more
