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Smart Meter Pinging and Reading Through AMI Two-Way Communication . . . A AMI Two-Way Communication AMI is defined as an integrated system of smart meters, communications networks, and MDMSs with automated, two-way communications between utilities and customers [13] A typical AMI communication network is depicted in Fig 1, which consists of two layers
Identification and Correction of Errors in Pairing AMI Meters and . . . Abstract— Distribution system model accuracy is increasingly important and using advanced metering infrastructure (AMI) data to algorithmically identify and correct errors can dramatically reduce the time required to correct errors in the models This work proposes a data-driven, physics-based approach for grouping residential meters downstream of the same service transformer The proposed
Nitrous Oxide Ethanol Bi-propellant Rocket Engine Gas Generator . . . Initial testing of the modular bi-propellant rocket engine involved evaluation of nitrous oxide and ethanol as potential “green” rocket propellants Thrust and pressure measurements along with high-speed digital imaging of the rocket engine exhaust plume were conducted Prompt starting without pressure oscillation or instability was demonstrated Nitrous oxide and ethanol were shown to
Smart Meters Enabling Voltage Monitoring and Control: The Last-Mile . . . To this end, we test the AMI network performances under different mes-sage sending patterns In the base case, all the smart meters are required to send the messages within 10 sec right after the scheduled data polling in every 15 minutes, and in the other cases, the smart meters are required with incremental sending time windows
Spectral Clustering for Customer Phase Identification Using AMI Voltage . . . The dataset contains individual AMI data for each customer Each individual profile contains 15-minute average measurements for real power, reactive power, and voltage, as well as power generation type and a phase label (possibly incorrect) from the utility company The power and voltage measurements are taken to an accuracy of four decimal places