An Embedded Based Fuzzy System for Induction Moto Variable Frequency Drive
Abstract
An Embedded Based Fuzzy System for Induction Motor Variable Frequency Drive Induction motors are the most widely used for appliances,industrial control, and automation however,projects reports on on Embedded based Fuzzy System many applications require variable speed operations.The rapid development of power electronics controllers in recent years has attracted researchers ‘ attention for making use of the flexible characteristics of an induction motor in variable frequency drives.
It presents a compact embedded fuzzy system for scalar speed control of the three-phase induction motor. The control strategy consists of keeping the voltage frequency ratio of the induction motor supply source constant.
Introduction
An Embedded based Fuzzy System for Induction Motor Variable Frequency Drive Most of all industrial motor applications are using AC induction motors. The reasons for this include high robustness, reliability, low price and high efficiency to reduce operating costs and maximize the user’s long-term profit gains.Many industrial processes, projects reports on on Embedded based Fuzzy System such as assembly lines, have to operate at different speeds for different products. Speed control is therefore essential for AC drives.
Projects on Embedded based Fuzzy System induction motors are not inherently capable of variable speed operation. Because of this, the induction motor’s recent developments in speed control methods have led to their large-scale use in almost all electrical drives.
System Configuration
Speed : 1.1 GHz
Platform : MySql,Embedded system
Conclusion
Projects on Embedded based Fuzzy System The proposed fuzzy-control system will be an acceptable alternative method for common V / F control applications A low-cost V F speed control solution.Additional on-chip resources, such as multiple timers and ADC, allow users to easily implement safety and control features Analysis with control platforms such as Direct Torque Control, Direct Self Control, Indirect Vector Control, Stator Flux Control and Scalar Control,shows that the proposed embedded fuzzy three-phase motor scalar speed control system is havi.
