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Top 50 Power System Projects

DAY 28 DESIGN

What are Power System

It is a network which consists of generation, distribution and transmission system. It uses the form of energy and convert it into electrical energy. The power system includes synchronous generator, motor, transformer, circuit breaker and conductor.

 

Top 50 Power System Projects

  1. Enhancement of Solar Farm Connectivity with Smart PV Inverter PV-STATCOM
  2. Reconfigurable Bidirectional Wireless Power Transceiver for Battery Charging
  3. Comparison on Luo and Ultra Luo converter for Power Factor Correction in BLDC Motor Drive
  4. 13 Level K Type Multi Level Inverter with DC Source using MATLAB
  5. Commutation Torque Ripple Reduction in BLDC Motor using Modified Septic Converter and Three Three-Level NPC Inverter
  6. An Efficient Single-Phase AC to AC Buck and Boost Matrix Converter
  7. Brushless DC Motor Drive Control using Single Input Fuzzy PI Controller (SIFPIC)
  8. Novel Interleaved Non-Isolated DC to DC Converter with ZVS Performance
  9. Three Phase Single Stage Isolated Cuk based PFC Converter
  10. Grid Interactive Permanent Magnet Synchronous Motor Driven Solar Water Pumping System
  11. Power Factor Improvement in Modified Bridgeless Landsman Converter Fed EV Battery Charger
  12. Speed Control of Single-Phase Induction Motor using AC Chopper| PWM
  13. Bridgeless Boost PFC Rectifier Design using MATLAB Simulink
  14. A solar PV water pumping solution using a three-level cascaded inverter connected induction motor drive
  15. DC to DC Converter for Renewable Energy
  16. Single Stage transformer less Inverter for Photovoltaic Applications using MATLAB
  17. Novel Dual Input ZVS DC/DC Converter for Low Power Energy Harvesting Applications
  18. Novel Bidirectional T Type Multilevel Inverter for Electric Vehicle Applications
  19. Solar Powered BLDC Motor Drive using Luo Converter
  20. Quasi Cascaded H-Bridge Five-Level Boost Inverter – MATLAB
  21. Coupled Inductor L Source Inverter Design using MATLAB Simulink
  22. Three-Level LLC Resonant Converter Design for EV Battery Charger
  23. Fuzzy Controlled Wind Generation System
  24. Regenerative Braking System
  25. High Performance Dc-Dc Converter for Low Voltage Standalone Solar PV Systems
  26. A Multilevel Inverter Topology with Reduced Number of Switches

     

     

    1. Enhancement of Solar Farm Connectivity with Smart PV Inverter PV-STATCOM

    An innovative smart PV inverter control as STATCOM for a physically connected in a distribution network for controlling state voltage and temporary over resulting from unsymmetrical faults. It increases the distributed generator capacity of distribution at more than an order of magnitude under similar network conditions.

     

    1. Reconfigurable Bidirectional Wireless Power Transceiver for Battery Charging

    To facilitate wireless power transceiver (WPT) function with a minimum of additional cost which can be reconfigured between a differential class-D power amplifier and a full-wave rectifier. It employed a maximum current charging mode to B2B charging efficiency, by direct charging battery with the rectifier and by powering with sourcing battery.

     

    1. Comparison on Luo and Ultra Luo converter for Power Factor Correction in BLDC Motor Drive

    A Power Factor is utilized to improve power quality constraint. Bridgeless-Luo converter and Bridgeless Ultra Luo converter are two good power factor solutions that can be used for application. It analyzed the performance of two converters as a pre-regulator for BLDC motor drive system. The MATLAB Simulink model are utilized for the analysis.

     

    1. 13 Level K Type Multi Level Inverter with DC Source using MATLAB

    The module of multilevel inverter generates 13 levels with unequal DC sources. It involves two chargeable capacitors and 14 semiconductor switches. The capacitors are self-charging without any extra circuit and lower number of components to use in wide range of applications.

     

    1. Commutation Torque Ripple Reduction in BLDC Motor using Modified Septic Converter and Three Three-Level NPC Inverter

    A combination of a three-level multilevel inverter, a modified single-ended primary-inductor converter (SEPIC), and a dc voltage selector circuit is employed in the torque ripple suppression circuit. The experimental results show that topology is to reduce the commutation torque ripple significantly at low and high speed applications.

     

    1. An Efficient Single-Phase AC to AC Buck and Boost Matrix Converter

    An efficient ac-to-ac matrix converter bucking and boosting both the magnitude and frequency of the output voltage. It reduces switching losses and enhance switching converter efficiency. This reduces the complexity of the control circuit.

     

    1. Brushless DC Motor Drive Control using Single Input Fuzzy PI Controller (SIFPIC)

    Brushless DC (BLDC) motor is more reliable with higher efficiency. It is used conventional linear controller such as PI, PID and PD controller. It is a hybrid controller that combines advantages of linear PI controller and fuzzy controller in one control structure.

     

    1. Novel Interleaved Non-Isolated DC to DC Converter with ZVS Performance

    It presents an interleaved non isolated dc-dc converter with high-voltage gain and zero-voltage switching performance. This gives rise to further extension of the voltage. Applying the interleaving technique at the input of the converter, the ripple of the input current is reduced. Due to leakage of coupled inductors, the diodes are turned-off under zero-current switching condition.

     

    1. Three Phase Single Stage Isolated Cuk based PFC Converter

    The converter is operated in discontinuous output inductor to achieve PFC input. It avoids the inner control loop which eliminates the sensing of current. This makes the system more reliable and robust. A small-signal model of the converter by using current injected equivalent circuit approach is present to aid controller design.

     

    1. Grid Interactive Permanent Magnet Synchronous Motor Driven Solar Water Pumping System

    The grid integration enables the consumer an uninterrupted operation of water pump irrespective of solar insolation level. It is utilize to generate switching pulses to control bidirectional power flow between solar PV system and utility grid through the common dc link. A sensor is used to drive PMSM coupled to the water pump. It is used for extracting optimum power from solar PV array under variable insolation.

     

    1. Power Factor Improvement in Modified Bridgeless Landsman Converter Fed EV Battery Charger

    It deals with design and implementation of a new charger for a battery-operated electric vehicle (EV) with power factor improvement at the front end. The converter is control using single entity to achieve the robust regulation of dc-link voltage to ensure the unity power factor operation.

     

    1. Speed Control of Single-Phase Induction Motor using AC Chopper| PWM

    It describes several PWM strategies with an AC chopper to control the speed of single-phase induction motor. The technique is use to operate power electronic switches of an AC chopper. It maintains the speed of single-phase induction motor at different load conditions by using PWM technique, which reduces harmonic contents in motor and increase the efficiency.

     

    1. Bridgeless Boost PFC Rectifier Design using MATLAB Simulink

    The PFC rectifier is well-suited for applications targeting high efficiency and high-power density. It is constructe in order to verify the characteristics of new converter, which include low switching losses and single ac-side boost inductor that allow efficiency with a switching frequency.

     

    1. A solar PV water pumping solution using a three-level cascaded inverter connected induction motor drive

    The system is operate using the control strategy which includes Maximum Power Point Tracking and Space Vector Pulse Width Modulation (SVPWM). It is use to operate the cascaded inverter and generates three-level output voltage under all environmental conditions.

     

    1. DC to DC Converter for Renewable Energy

    The system in which various sources of renewable energy are connect to each other in a parallel structure of specialize converters of a few tons of volts and giving out several hundred of volts. The DC-DC converters with magnetic coupling will be analyze more particularly to show the technology limits.

     

    1. Single Stage transformer less Inverter for Photovoltaic Applications using MATLAB

    A single-phase transformer which reduced leakage for grid tied photovoltaic (PV) applications. These topologies are mainly classified on the basis of leakage current reduction methods with common mode voltage (CMV) clamping.

     

    1. Novel Dual Input ZVS DC/DC Converter for Low Power Energy Harvesting Applications

    The converter is to interface with two different power sources simultaneously. The two boost converters are integrate with a shared diode and a filter capacitor with certain dead-bands. It operates either in discontinuous-conduction mode or in hybrid conduction mode.

     

    1. Novel Bidirectional T Type Multilevel Inverter for Electric Vehicle Applications

    A new configuration of bi-directional multilevel converter in electric vehicle (EV) applications. It has multilevel DC-DC converter with a direct current link capacitor voltage balance feature. It implements two extra power switches and a capacitor to balance the voltage of T-type MLI capacitor over a complete drive cycle.

     

    1. Solar Powered BLDC Motor Drive using Luo Converter

    It is concern with employing a permanent magnet BLDC motor drive power from a solar photovoltaic array in which a Luo converter is use for maximum power point tracking. It has high power density, high efficiency and a simple structure rendering high output voltage with small ripples.

     

    1. Quasi Cascaded H-Bridge Five-Level Boost Inverter – MATLAB

    A quasi-cascaded H-bridge five-level boost inverter has the advantages over the cutting down passive components. A capacitor with low voltage rating is add to the topology to remove an offset voltage of the output when the input voltages of two modules are unbalance.

     

    1. Coupled Inductor L Source Inverter Design using MATLAB Simulink

    The inverter uses an auxiliary switch with an anti-paralleled diode in series with a storage capacitor to keep the dc-link voltage invariable. It produces higher voltage gain, reduce voltage stress across passive components and lower the coupled-inductor values and power losses.

     

    1. Three-Level LLC Resonant Converter Design for EV Battery Charger

    A new LLC resonant converter with transformers in parallel for the electric vehicle battery charger. The charger provides a wide range output voltage for the battery system. In order to maintain the high efficiency under charging, the charger adopts a bidirectional switch. At low-output power condition, the charger uses one transformer to transfer the energy.

     

    1. Fuzzy Controlled Wind Generation System

    It is the function of generator side controller is to track the maximum power from wind through controlling the rotational speed of the turbine using Fuzzy Controller. The algorithm tracking the maximum power for wind speeds and ensure the power will not exceed wind speeds higher than the rated speed of wind turbine.

     

    1. Regenerative Braking System

    Regenerative braking systems that transfer the energy of an object in motion into potential to slow the vehicle down and as a result increases fuel efficiency. It improves fuel consumption and reduce overall braking load taken on by the vehicle’s friction brakes.

     

    1. High Performance Dc-Dc Converter for Low Voltage Standalone Solar PV Systems

    The utilization of low voltage photovoltaic system and battery system are work by converters in which the gain and efficiency are increase. Maximum Power Point Tracking technique is utilize to extract from solar panel by managing the DC voltage and satisfy the power requirement.

     

    1. A Multilevel Inverter Topology with Reduced Number of Switches

    A new multilevel inverter topology using with reduced number of switches has been operate in symmetric modes. The increase number of voltage levels for determination of DC voltage sources which are investigate and effective. The verify operation of topology is model and simulated in MATLAB software.

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