Power generator
A power generator includes: an output information acquisition unit which acquires output information including power-generating component capacity information indicative of a capacity of a power-generating component and output frequency information indicative of an output frequency of the power generator; an ammeter which measures a current flowing through a distribution path; a breaker provided in the distribution path; and a controller. The controller calculates an allowable current based on the output information, and controls the breaker to interrupt the distribution path when a current measured by the ammeter exceeds the allowable current.
1. A power generator outputting electric power generated by a power-generating component, the power generator comprising:
an output information acquisition unit which acquires output information including power-generating component capacity information indicative of a capacity of the power-generating component and output frequency information of the power generator, the output information acquisition unit including a frequency measurement unit which acquires the output frequency information through measurement;
an ammeter which measures a current flowing through a distribution path; and
a breaker provided in the distribution path, wherein
the power generator further comprises a controller which calculates an allowable current that is allowed to flow through the distribution path based on the output information including the power-generating component capacity information and the output frequency information obtained through the measurement of the frequency measurement unit, the controller controlling the breaker to interrupt the distribution path when a measured current measured by the ammeter exceeds the allowable current.
2. The power generator of claim 1 , wherein
the controller controls the breaker to interrupt the distribution path when the measured current measured by the ammeter exceeds the upper limit current in a situation where the allowable current is larger than a predetermined upper limit current.
3. The power generator of claim 1 , further comprising
an alarm which gives an alert when a ratio of the measured current measured by the ammeter to the allowable current exceeds a predetermined ratio.
4. A power generator outputting electric power generated by a power-generating component, the power generator comprising:
an output information acquisition unit which has a voltage measurement unit acquiring output voltage information of the power generator through measurement, the output information acquisition unit acquiring power-generating component capacity information indicative of a capacity of the power-generating component;
an ammeter which measures a current flowing through a distribution path;
a breaker provided in the distribution path; and
a controller which calculates an allowable current that is allowed to flow through the distribution path based on the power-generating component capacity information and the output voltage information measured by the voltage measurement unit, the controller controlling the breaker to interrupt the distribution path when a measured current measured by the ammeter exceeds the allowable current.
5. The power generator of claim 4 , wherein
the controller changes the allowable current in response to a variation in the measured voltage measured by the voltage measurement unit.
6. The power generator of claim 4 , wherein
the power generator is configured to be able to switch an output voltage by switching a plurality of windings between serial connection and parallel connection,
an intermediate node of the plurality of windings is provided with a switching unit which switches between the serial connection and the parallel connection, and
the voltage measurement unit measures a voltage value of the intermediate node, and acquires the output voltage information based on the voltage value of the intermediate node and a connection state of the switching unit.
7. The power generator of claim 4 , wherein
the controller controls the breaker to interrupt the distribution path when the measured current measured by the ammeter exceeds the upper limit current in a situation where the allowable current is larger than a predetermined upper limit current.
8. The power generator of claim 4 , further comprising
an alarm which gives an alert when a ratio of the measured current measured by the ammeter to the allowable current exceeds a predetermined ratio.
9. A power generator outputting electric power generated by a power-generating component, the power generator comprising:
an output information acquisition unit which acquires output information including power-generating component capacity information indicative of a capacity of the power-generating component, and output frequency information and output voltage information of the power generator, the output information acquisition unit including a frequency measurement unit which acquires the output frequency information through measurement, and a voltage measurement unit which acquires the output voltage information through measurement;
an ammeter which measures a current flowing through a distribution path;
a breaker provided in the distribution path; and
a controller which identifies a rated output of the power generator based on the output information including the power-generating component capacity information, the output frequency information measured by the frequency measurement unit, and the output voltage information measured by the voltage measurement unit, the controller controlling the breaker to interrupt the distribution path when a measured output calculated based on the measured current measured by the ammeter and the output voltage information exceeds the rated output.
10. The power generator of claim 9 , further comprising:
an alarm which gives an alert when a ratio of the measured output to the rated output exceeds a predetermined ratio.