– In this work we present a method for testing static active energy meters in low power quality conditions recorded at installation sites. Voltage and current waveforms recorded on the field with a calibrated portable instrument were reproduced with an accurate phantom power generator up to the 40th harmonic. The error on the active energy measurement of an energy meter under test (WDUT) in conditions reproduced from the on-field measurements was evaluated in comparison with a reference meter (WREF). On-field data were recorded at a 50 kW self production photovoltaic facility. This method allows the laboratory reproduction of realistic (distorted) on-field conditions in a metrologically traceable framework

Laboratory reproduction of on-field low power quality conditions for the calibration/verification of electrical energy meters / Cultrera, Alessandro; Germito, Gabriele; Galliana, Flavio; Trinchera, BRUNO OTTAVIO; Aprile, Giulia; Chirulli, Martino; Serazio, Danilo; Callegaro, Luca. - (2022), pp. 29-33. (Intervento presentato al convegno Proceedins of 25th IMEKO TC-4 international symposium on measurement of Electrical quantities 23rd international workshop on ADC and DAC modelling and testing tenutosi a brescia nel settembre 2022).

Laboratory reproduction of on-field low power quality conditions for the calibration/verification of electrical energy meters

Alessandro Cultrera
;
Gabriele Germito;Flavio Galliana;Bruno Trinchera;Giulia aprile;Danilo Serazio;Luca Callegaro
2022

Abstract

– In this work we present a method for testing static active energy meters in low power quality conditions recorded at installation sites. Voltage and current waveforms recorded on the field with a calibrated portable instrument were reproduced with an accurate phantom power generator up to the 40th harmonic. The error on the active energy measurement of an energy meter under test (WDUT) in conditions reproduced from the on-field measurements was evaluated in comparison with a reference meter (WREF). On-field data were recorded at a 50 kW self production photovoltaic facility. This method allows the laboratory reproduction of realistic (distorted) on-field conditions in a metrologically traceable framework
2022
Proceedins of 25th IMEKO TC-4 international symposium on measurement of Electrical quantities 23rd international workshop on ADC and DAC modelling and testing
settembre 2022
brescia
open
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11696/74580
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