Which device is used to adjust transformer voltage levels in response to grid conditions, helping voltage regulation?

Master the Gate 6 Airstreams Renewables Test with a variety of questions, in-depth explanations, and unique insights. Prepare and excel with confidence!

Multiple Choice

Which device is used to adjust transformer voltage levels in response to grid conditions, helping voltage regulation?

Voltage regulation on the grid relies on changing the transformer’s voltage ratio as conditions change, so the delivered voltage stays within limits. An on-load tap changer is built into many transformers and allows adjusting the winding taps while the transformer is energized. This means the voltage on the secondary side can be raised or lowered in real time without interrupting service, directly addressing fluctuations from load changes or grid conditions. A battery inverter mainly provides energy storage support and can influence voltage indirectly, but it doesn’t adjust the transformer’s tap settings. A DC disconnect is simply a switch to isolate DC circuits, not a voltage-regulation mechanism. A PV module is the energy source and doesn’t change transformer taps either.

Voltage regulation on the grid relies on changing the transformer’s voltage ratio as conditions change, so the delivered voltage stays within limits. An on-load tap changer is built into many transformers and allows adjusting the winding taps while the transformer is energized. This means the voltage on the secondary side can be raised or lowered in real time without interrupting service, directly addressing fluctuations from load changes or grid conditions.

A battery inverter mainly provides energy storage support and can influence voltage indirectly, but it doesn’t adjust the transformer’s tap settings. A DC disconnect is simply a switch to isolate DC circuits, not a voltage-regulation mechanism. A PV module is the energy source and doesn’t change transformer taps either.

More practice questions