Motor Control Drives Research Setup
Motor drives are the backbone of modern global industry. They are well hidden, but nevertheless they play a key role in industries helping to make the world, and our way of living, more sustainable. Today, the most common usage of drives is for the control of fans, pumps and compressors. These applications account for about 75 percent of all drives operating globally.
BLDC Motor Control Drive
Explore the most Popularly used Motor control drive in industries such as Appliances, Automotive, Aerospace, Consumer, Medical, Industrial Automation Equipment and Instrumentation.
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Specifications
Key Functionalities
BLDC Drive setup is fully user programmable. To quick start the user control design process, system is delivered with a full fleshed reference design. This reference design shows the complete operation of the setup. Its control design key functions are as follows.
- Voltage Mode Control.
- Sensor less control.
- Auto-isolation of converters from the power under different faulty conditions.
- Provision for developing user defined control algorithms in Matlab-System Generator/HDL Coder environment.
System Potential Scope
The Proposed Configuration is quite open scalable and modular, therefore there are multi-dimensional provisions to deploy the entire configuration or the individual components.
The potential list of Experiments & Research scope as
- Commutation Table based Speed Control of BLDC
- Closed loop Speed Control of BLDC
- Current Controlled Operation of BLDC
- Sensor less Control of BLDC motor
- BLDC Drives with Renewables Integration
- Direct Torque control of BLDC
- Back Emf waveform estimation
- Regenerative braking
- Four quadrant operation of BLDC Drive
- Torque ripple Minimizations
PMSM Control Drive
Get your hands on the high-performance and high-efficiency motor control drive with Field oriented control for smooth operation over entire speed range with less torque ripple
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Specifications
Key Functionalities
PMSM Drive setup is fully user programmable. To quick start the user control design process, system is delivered with a full fleshed reference design. This reference design shows the complete operation of the setup. Its control design key functions are as follows.
- Open loop Control.
- Closed loop Control.
- Field Oriented Control
- Auto-isolation of converters from the power under different faulty conditions.
- Provision for developing user defined control algorithms in Matlab-System Generator/HDL Coder environment.
System Potential Scope
The Proposed Configuration is quite open scalable and modular , therefore there are multi-dimensional provisions to deploy the entire configuration or the individual components.
The potential list of Experiments & Research scope as
- Commutation Table based Speed Control
- Open Loop Speed Control of PMSM
- Closed loop Speed Control of PMSM
- Field Oriented Control of PMSM
- Direct Torque control of PMSM
- Direct Torque control of BLDC
- Back emf waveform estimation
- Regenerative braking
- Four quadrant operation of PMSM Drive
- Flux based control and Analysis
Induction Motor Control Drive
Widely prefered for their simple and robust construction to work with power electronics and digital controllers.
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Specifications
Key Functionalities
IM Drive setup is fully user programmable. To quick start the user control design process, system is delivered with a full fleshed reference design. This reference design shows the complete operation of the setup. Its control design key functions are as follows.
- V/F mode of operation.
- Indirect vector control.
- Auto-isolation of converters from the power under different faulty conditions.
- Provision for developing user defined control algorithms in Matlab-System Generator/HDL Coder environment.
System Potential Scope
The Proposed Configuration is quite open scalable and modular , therefore there are multi-dimensional provisions to deploy the entire configuration or the individual components.
The potential list of Experiments & Research scope as
- Open Loop Scalar Speed Control of IM
- V/f Closed loop Speed Control of IM
- V/f Closed loop Speed Control of IM with Space Vector Modulation
- V/f with boost Closed loop Control for IM
- Field Oriented Control of IM
- Direct Torque control of IM
- Regenerative braking
- Four quadrant operation of IM Drive
- Rotor Flux and Stator flux analysis
- Flux weakening operation
SRM Contol Drive
Most Suitable for Electric Vehicle application Switched Reluctance Machines (SRMs) are attracting attention in the research community because of their various advantages.
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Specifications
Key Functionalities
SRM Drive setup is fully user programmable. To quick start the user control design process, system is delivered with a full fleshed reference design. This reference design shows the complete operation of the setup. Its control design key functions are as follows.
- Open loop Control.
- Closed loop Control.
- Auto-isolation of converters from the power under different faulty conditions.
- Provision for developing user defined control algorithms in Matlab-System Generator/HDL Coder environment
System Potential Scope
The Proposed Configuration is quite open scalable and modular , therefore there are multi-dimensional provisions to deploy the entire configuration or the individual components.
The potential list of Experiments & Research scope as
- Switching Table based Open Loop Control of SRM
- Closed Loop Control of SRM
- Current control of SRM Drives
- Torque ripple minimization
- Noise reduction schemes
- Regenerative Braking
