Speed Control of Single Phase Induction Motor using Node MCU – Hardware Design
This project is design to control the speed of a single-phase induction motor by using Node MCU controller. The single-phase inverter converts dc voltage into ac voltage and the induction motor speed depends on the frequency of the inverter. The inverter card comes with an inbuilt full bridge rectifier and filter capacitor.
Project Type? : Hardware Kit
Delivery? ? ? ? ? :? 4 – 5 Days
Support? ? ? ? ? : Online Live Session
Deliverables? : Project Kit, Report and Presentation
This project is proposed to control the speed of the BLDC motor using LUO converter. This Project Model build with LUO Convertor Techniques and the Pulses can be triggered using dsPIC Controller. The closed loop feedback system is design using the Hall Sensor.
Project Type? : Hardware Kit
Delivery? ? ? ? ? :? 4 – 5 Days
Support? ? ? ? ? : Online Live Session
Deliverables? : Project Kit, Report and Presentation
Three Phase Induction Motor Speed Control using dSPIC Controller
This project describes the speed control of the Induction motor with dsPIC30F4011 controller and by comparing the sine and triangular wave. The dsPIC Controller generates the switching pulses for the inverter and the speed control is done by changing the frequency of reference sine and amplitude of sine. The motor speed is measured by using the proximity sensor, which is placed on the Induction Motor and parameters displayed on LCD.
Project Type? : Hardware Kit
Delivery? ? ? ? ? :? 4 – 5 Days
Support? ? ? ? ? : Online Live Session
Deliverables? : Project Kit, Report and Presentation
BLDC Motor Speed Control using dSPIC Microcontroller
This project describes the speed control of the BLDC motor with the dsPIC Controller, by using the Hall effect sensors of BLDC Motor. The dsPIC30F4011 controller generates the controlled switching pulses for the inverter. The speed control is done by changing the duty cycle of PWM from dsPIC30F4011. The motor speed is measured by using the proximity sensor placed on the BLDC Motor and displayed on LCD.
Project Type? : Hardware Kit
Delivery? ? ? ? ? :? 4 – 5 Days
Support? ? ? ? ? : Online Live Session
Deliverables? : Project Kit, Report and Presentation
This project is based on cascaded inverter and quasi z source techniques. This five-level inverter is cascaded of the two inverter circuits and also included a quasi z source circuit in front of the inverter circuit. A quasi z source circuit is used to boost the dc voltage and the dc voltage is applied to the inverter and obviously inverter output voltage range is increased.
Project Type? : Hardware Kit
Delivery? ? ? ? ? :? 4 – 5 Days
Support? ? ? ? ? : Online Live Session
Deliverables? : Project Kit, Report and Presentation
This project is to design? and Analyse the performance of five levels of Cascaded H-Bridge multilevel inverter topology with Arduino. The PWM pulse will be generated by using Arduino and Embedded C. The output voltage is the sum of the voltage that is generated by each bridge. The switching angles can be chosen in such a way that the total harmonic distortion is minimized.
Project Type? : Hardware Kit
Delivery? ? ? ? ? :? 4 – 5 Days
Support? ? ? ? ? : Online Live Session
Deliverables? : Project Files, Report and Presentation
