In this work it is presented the control of voltage and frequency of threephase induction generator in autonomous regime. It is adjusted the intensity of voltage and frequency at the terminals of the consumer by means of frequency converter, in conditions of driving the induction generator at constant speed. System testing and measurements were carried out by the Laboratory for Designing and Testing of Equipment Excitation and Automation of the Center for Research in Hydraulics, Automation and Thermal Processes (CCHAPT) within “Eftimie Murgu” University of Resita
In the paper a frequency and voltage stabilisation system of autonomous, self-excited induction gene...
This paper deals with the control of a distributed cogeneration (micro-cogeneration) plant using a t...
This paper presents a solution for the direct connection of a three-phase induction generator to a s...
The paper deals with a variable speed, constant voltage controller for induction generator operating...
The paper presents the problems of control of isolated self-excited induction generator used to oper...
Micro-hydro generator schemes are an attractive choice for electricity generation in remote location...
This thesis presents proposals for controlling the terminal voltage on three-phase self-excited indu...
This article describes a controller for voltage and frequency control of self-excited induction gene...
This paper deals with the control of a distributedcogeneration (micro-cogeneration) plant using a th...
grantor: University of TorontoThis thesis investigates the application of a Voltage Source...
The article reveals the operational aspects of induction generator. Methods for stabilization of ind...
This study presents design and implementation of a dynamic electronic load controller (DELC) for vol...
This thesis discusses a principle of continuous speed regulation of AC motors, which is based on fre...
This paper presents the performance of a self-excited induction generator (SEIG) with a voltage and ...
The squirrel-cage induction machine is very attractive for small and medium power generation schemes...
In the paper a frequency and voltage stabilisation system of autonomous, self-excited induction gene...
This paper deals with the control of a distributed cogeneration (micro-cogeneration) plant using a t...
This paper presents a solution for the direct connection of a three-phase induction generator to a s...
The paper deals with a variable speed, constant voltage controller for induction generator operating...
The paper presents the problems of control of isolated self-excited induction generator used to oper...
Micro-hydro generator schemes are an attractive choice for electricity generation in remote location...
This thesis presents proposals for controlling the terminal voltage on three-phase self-excited indu...
This article describes a controller for voltage and frequency control of self-excited induction gene...
This paper deals with the control of a distributedcogeneration (micro-cogeneration) plant using a th...
grantor: University of TorontoThis thesis investigates the application of a Voltage Source...
The article reveals the operational aspects of induction generator. Methods for stabilization of ind...
This study presents design and implementation of a dynamic electronic load controller (DELC) for vol...
This thesis discusses a principle of continuous speed regulation of AC motors, which is based on fre...
This paper presents the performance of a self-excited induction generator (SEIG) with a voltage and ...
The squirrel-cage induction machine is very attractive for small and medium power generation schemes...
In the paper a frequency and voltage stabilisation system of autonomous, self-excited induction gene...
This paper deals with the control of a distributed cogeneration (micro-cogeneration) plant using a t...
This paper presents a solution for the direct connection of a three-phase induction generator to a s...