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tests/data/state_estimation/current-sensor
power-from-global-current-sensor
power-from-local-current-sensor Expand file tree Collapse file tree 2 files changed +11
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lines changed Original file line number Diff line number Diff line change 20
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where:
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- - \( S \) is the complex power,
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- - \( I_g \) is the global complex current,
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- - \( V \) is the complex voltage at the adjacent node where the sensor is located,
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- - \( p \) and \( q \) are the measured active and reactive powers, respectively,
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- - \( \ sqrt(3) \) comes from the neutral-line change of frame of reference.
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+ - $S$ is the complex power,
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+ - $ I_g$ is the global complex current,
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+ - $V$ is the complex voltage at the adjacent node where the sensor is located,
26
+ - $p$ and $q$ are the measured active and reactive powers, respectively,
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+ - $\ sqrt(3)$ comes from the neutral-line change of frame of reference.
Original file line number Diff line number Diff line change 20
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where:
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- - \( S \) is the complex power,
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- - \( I_l \) is the local complex current,
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- - \( V \) is the complex voltage at the adjacent node where the sensor is located,
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- - \( e^{-i \theta} \) is the phase shift with respect to the voltage angle of the adjacent node,
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- - \( p \) and \( q \) are the measured active and reactive powers, respectively,
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- - \( \ sqrt(3) \) comes from the neutral-line change of frame of reference.
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+ - $S$ is the complex power,
24
+ - $ I_l$ is the local complex current,
25
+ - $V$ is the complex voltage at the adjacent node where the sensor is located,
26
+ - $ e^{-i \theta}$ is the phase shift with respect to the voltage angle of the adjacent node,
27
+ - $p$ and $q$ are the measured active and reactive powers, respectively,
28
+ - $\ sqrt(3)$ comes from the neutral-line change of frame of reference.
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