A device connected to a power distribution network , comprising: a measurement circuitry configured to measure a voltage and a current on at least one phase of the power distribution network ; a processor configured to execute computer-readable instructions; a memory configured to store a crosstalk cancelation function that reduces crosstalk effects of the measurement circuitry and the computer-readable instructions that, when executed by the processor , cause the processor to perform operations comprising: obtaining a measurement point from the measurement circuitry , the measurement point comprising at least a voltage value and a current value, each of the voltage value and the current value comprising a magnitude and a phase; transforming the measurement point to obtain a transformed measurement point by applying the crosstalk cancelation function to the measurement point , wherein the crosstalk cancelation function is configured to adjust both the magnitude and the phase of the voltage value and both the magnitude and the phase of the current value; determining at least a characteristic of the power distribution network based on at least the transformed measurement point ; and causing the characteristic of the power distribution network to be transmitted to a remote device. a measurement circuitry configured to measure a voltage and a current on at least one phase of the power distribution network ; a processor configured to execute computer-readable instructions; a memory configured to store a crosstalk cancelation function that reduces crosstalk effects of the measurement circuitry and the computer-readable instructions that, when executed by the processor , cause the processor to perform operations comprising: obtaining a measurement point from the measurement circuitry , the measurement point comprising at least a voltage value and a current value, each of the voltage value and the current value comprising a magnitude and a phase; transforming the measurement point to obtain a transformed measurement point by applying the crosstalk cancelation function to the measurement point , wherein the crosstalk cancelation function is configured to adjust both the magnitude and the phase of the voltage value and both the magnitude and the phase of the current value; determining at least a characteristic of the power distribution network based on at least the transformed measurement point ; and causing the characteristic of the power distribution network to be transmitted to a remote device. obtaining a measurement point from the measurement circuitry , the measurement point comprising at least a voltage value and a current value, each of the voltage value and the current value comprising a magnitude and a phase; transforming the measurement point to obtain a transformed measurement point by applying the crosstalk cancelation function to the measurement point , wherein the crosstalk cancelation function is configured to adjust both the magnitude and the phase of the voltage value and both the magnitude and the phase of the current value; determining at least a characteristic of the power distribution network based on at least the transformed measurement point ; and causing the characteristic of the power distribution network to be transmitted to a remote device. <EOS>