Wavect

Power Quality Research Setup

Controlled and improved power quality is one of the fundamental and essential needs in any industry driven by electric power for optimal exploitation of resources. However, in power quality, some crucial problems have been recognized as harmonic distortion, interruption, sag, swell and transient. Out of these, sag and swell are predominantly seen and cause stern impact on the electrical devices or machines and therefore require to be mitigated at an earliest to protect from any failure or mal-operation. As an ultimate key to crack these problems, some custom power devices such as distribution STATCOM (DSTATCOM), Dynamic voltage restorer (DVR) and Unified power quality conditioner are unanimously used .

Shunt Active Filter

Struggling with Power Quality Issues caused by Harmonics? Well our system with Rectifier, DC load, VSI and WAVECT forms Completely user programmeable Active power filter which is a perfect for your Research

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Specifications

Key Functionalities

Active Filter 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.

Harmonics Compensation
Reactive Power Compensation
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

Possible fault occurrences.
Statcom control development.
Unified Power Quality Conditioner control development
Controllable DC load development.
Development of different inverter control techniques.

STATCOM

Static Compensators continuously provides variable reactive power in response to voltage variations, supporting the stability of the grid. STATCOM operates according to voltage source converter (VSC) principles, combining unique PWM (pulse width modulation) with fast switching.

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Specifications

Key Functionalities

Statcom 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.

Reactive Power Compensation
Auto-isolation of converters from the power under different faulty conditions.
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

Possible fault occurrences.
Active Filter control development.
Unified Power Quality Conditioner control development.
Controllable AC load development.
Development of different inverter control techniques.

Grid Emulator

Occurance of faults in the Grid causes excessively high currents, which causes the damage to equipment and devices. Fault detection and analysis is necessary to select and design suitable switchgear equipment, electromechanical relays, circuit breakers and other protection devices. WAVECT based Grid emulator can be used to emulate different type of faults which can be used to study the effect of these faults on different applications.

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Specifications

Key Functionalities

Grid Emulator 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.

Three phase power grid from 0 to 440Vac
Frequency 10 - 60 Hz
Auto-isolation of converters from the power under different faulty conditions.
Single phase and two phases voltages for specified duration

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

Possible fault occurrences.
Effect of possible faults at different systems.
Effect of different faults at different loads.
Emulation of new faults such as flicker , harmonics etc..
Inverter control testing for different operating conditions.
Development of different inverter control techniques..

Dynamic Voltage Restorer (DVR)

The problem of voltage sags and its severe impact on sensitive loads is well known. To solve this problem, WAVECT based DVR is a modern and important custom power device for compensation voltage sags in power distribution systems. WAVECT based Dynamic Voltage Restorer (DVR) is fast, flexible and efficient solution to voltage sag problem.

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Specifications

Key Functionalities

DVR 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.

Sag and Swell Compensation
Provision to emulate different types of faults to DVR
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

Possible fault occurrences.
DVR control development.
Unified Power Quality Conditioner control development.
Different types of fault emulation development.
Development of different inverter control techniques.