Analysis of a proposed connection for the two-winding single-phase self-excited induction generator operating at constant voltage and frequency

摘要: This paper introduces the steady-state and dynamic behaviors of a proposed connection for two-winding single-phase self-excited induction generator (TWSPSEIG) equipped with an excitation capacitor compensation operation at constant load voltage frequency irrespective no-load or different conditions. The performance equations conditions are attained by applying loop impedance method via exact equivalent circuit models TWSPSEIG based on double revolving field theory. Keeping values as unknowns, two second-order equations, given parameters, prime mover speed, impedance, derived. These solved using simple iterative to calculate optimum capacitors under constraints that constant. range variations variable speed is also calculated. results verified developing model incorporating its nonlinearity behavior various proves capabilities configuration calculation maintain both constants. A comparative study between performances traditional presented illustrate merits connection.