induction generator Antonyms
No Synonyms and anytonyms found
Meaning of induction generator
induction generator ()
A machine built as an induction motor and driven above synchronous speed, thus acting as an alternating-current generator; -- called also asynchronous generator. Below synchronism the machine takes in electrical energy and acts as an induction motor; at synchronism the power component of current becomes zero and changes sign, so that above synchronism the machine (driven for thus purpose by mechanical power) gives out electrical energy as a generator.
induction generator Sentence Examples
- Induction generators capitalize on the principle of electromagnetic induction to produce electricity.
- Unlike synchronous generators, induction generators do not require a separate excitation source.
- The design of induction generators often involves a squirrel cage rotor for simplicity and low maintenance.
- The slip between the rotating magnetic field and the rotor speed determines the output voltage and frequency of the induction generator.
- Induction generators are suitable for applications such as wind turbines and hydro power generation.
- The stator of an induction generator comprises windings that create the rotating magnetic field.
- Induction generators exhibit good self-regulating properties due to the inherent negative feedback mechanism.
- The use of induction generators in renewable energy systems reduces reliance on fossil fuels.
- The efficiency of an induction generator is influenced by factors like slip, load, and power factor.
- The maintenance of induction generators is generally less complex compared to synchronous generators.
FAQs About the word induction generator
A machine built as an induction motor and driven above synchronous speed, thus acting as an alternating-current generator; -- called also asynchronous generator
No synonyms found.
No antonyms found.
Induction generators capitalize on the principle of electromagnetic induction to produce electricity.
Unlike synchronous generators, induction generators do not require a separate excitation source.
The design of induction generators often involves a squirrel cage rotor for simplicity and low maintenance.
The slip between the rotating magnetic field and the rotor speed determines the output voltage and frequency of the induction generator.
