System and method for calibrating a non-contact energy metering assembly
AssigneeSchneider Electric USA, Inc.
InventorsColin N. Gunn, Stewart John Harding, Benedikt Theodor Huber
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AssigneeSchneider Electric USA, Inc.
InventorsColin N. Gunn, Stewart John Harding, Benedikt Theodor Huber
Estimating the term…
This disclosure relates generally to an energy metering assembly configured to measure current and voltage of a one or more primary conductors, the energy metering assembly comprising a core; a coil having a plurality of turns, the coil being positioned around the core when securing the core to the one or more primary conductors; a voltage sensor, the voltage sensor being configured to sense a voltage of a one or more primary conductors; and a controller coupled to the coil and the voltage sensor, the controller being configured to determine a voltage of the one or more primary conductors, determine a current of the one or more primary conductors, and responsive to determining the voltage and the current, determine the power carried by the one or more primary conductors.
An energy metering assembly configured to measure current and voltage of one or more primary conductors, the energy metering assembly comprising:
A method of determining power provided to a load, comprising:
A non-transitory, computer-readable medium containing computer-executable instructions thereon, the instructions instructing at least one processor to:
A method of calculating a characteristic impedance of a power distribution system comprising:
Dependencies are inferred from the claim text.