• Research, development and manpower training in the area of Power Electronics applications to Power systems.


• Utilized by regular and sponsored students of M.Tech and PhD degrees, for readily testing their new ideas.


• Facility for hands-on training to students and practicing engineers.


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• Power converters for drives and STATCOM application


• Coupled wound rotor machines for drives applications


• Harmonic and reactive power compensators


• Rugged AC and DC bus along with test beds for testing various power electronic equipments


• Power electronic simulation software packages, computing platforms, DSP based hardware platform, sophisticated testing instruments, etc


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A test platform is developed in the Department of Electrical & Electronics Engineering under NaMPET project for all types of electrical drives. The test setup provides a readymade platform for the researchers to test and validate their research findings on the drive performance characterization, analysis and control. This facility is utilized by the students at all levels (PhD, PG and UG) and Staff members working at research level to get insight into the theory of operation and control of electrical drives. This facility also can cater to the needs of electrical industries in India.

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The Department of Electrical Engineering, BESU, Shibpur has a strong heritage in the area of power electronics in general and in machine drives in particular. This consists of expertise in machine and electromagnetic design & fabrication guided by in-depth understanding of the entire Power Electronics and control dynamics associated with it.

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Electrical Machine Design Centre (EMDC) A National expertise base in Electrical Machine design to cater to the needs of Power Electronics, Drives and Energy systems.

Facilities:

• “FLUX 2D/3D” Finite element software


• “SPEED” analytical software


• “MagNet” a powerful FEM tool


• “MotorSolve” accurate design and analysis software for motors


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Facilities:

• DC drive demonstration modules


• FPGA Based AC & DC Drives with Load


• Three phase and single phase VSI fed PWM inverter


• Teaching Aid Kits


• JTAG Emulator and Debugger for DSP


• D-SPACE 1104


• Sophisticated testing instruments


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Power Electronics lab Infrastructure developed under NaMPET facilitate research in cutting edge technologies in the Department of Electrical and Electronics Engineering, in the area of Power Electronics/Machine drives/ Controllers for Renewable energy applications and FACTS.

Facilities:

• DC drive demonstration modules


• Special machines: Brushless DC drive, Stepper motor & Switched reluctance machine


• Three phase and single phase VSI fed PWM inverter


• DSP & FPGA based hardware platforms for power electronics application


• Sophisticated testing instruments


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A laboratory in the advance field of Power electronics and variable frequency drives has been built under NaMPET at NIT Rourkala which facilitate the following.

• To introduce the students to state of the art simulation tools which are employed extensively by industry


• To provide students with an opportunity to gain design experience through projects


• To equip


• To organize PE training programme for local industries

• Test Bench I: 3 phase (Diode Rectifier + Inverter + Brake Chopper) Stack


• Test Bench II: Switched Reluctance Motor Drive System


• Test Bench III: Multilevel three phase Induction Motor Drives System


• Test Bench IV: IPM PMSM Machine drives system


• Test Bench V: Construction Project (Teaching Aids/Trainer kits)


• Test Bench VI: Zero Voltage switching resonant DC-DC converter


• Test Bench VII: Zero Current switching resonant DC-DC converter


• Power Electronics and Drives Simulation Lab


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Advanced Power Electronics & Drives Lab under NaMPET has been built in the Dept. of Electrical Engineering. The aim of the project is to provide platforms for the motivated faculty and PG students of the Department of Electrical Engineering RIT, Kottayam, where they can come up with creative ideas, develop, implement/test their results.

Facilities:

• Test Bench I: Linear Induction Motor Drive Controller Unit


• Test Bench II: DSP Based Slip Ring Induction Motor / DC Motor Drive Unit


• Test Bench III: DSP Based BLDC Motor Drive Unit


• Test Bench IV: FPGA Based SRM Drive Unit


• Test Bench V: FPGA Based Squirrel Cage Induction Motor Drive Unit


• Software Desk


• Sophisticated Testing Instruments


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