Ieee 2014 2015 power electronics and power system projects

•Transferir como DOC, PDF•

0 gostou•267 visualizações

Final Year Students Project Opposite to Sripuram Bus Stop Back of Rajadeepan Jewellers Tirunelveli. Phone:+91 - 8903410319 Mail: finalyearstudentsprojecttvl@gmail.com web:www.finalyearstudentsproject.in

Educação

IEEE 2014 Power System Projects
1. Voltage support control strategies for static synchronous compensators
under unbalanced voltage sags
2. Adaptive pi control for voltage regulation
3. Aiding Power System Support by Means of Voltage Control With Intelligent
Distribution Substation(document,video file missing)
4. Stability Enhancement of DFIG-Based OffshoreWind Farm Fed to a Multi-Machine
SystemUsing a STATCOM(document video file)
5. Transient stability enhancement of power system equippedwith Power System
Stabilizer by Static VAR Compensator
6. Power Quality Improvement Using DVR in Power System(DOCUMENT VIDEO)
7. Performance Improvement of Dynamic Voltage Restorer using Proportional -
Resonant Controller
8. A New Control Method of Cascaded Brushless Doubly Fed Induction Generators
Using Direct Power Control
9. Residential Distribution System Harmonic Compensation Using PV Interfacing
Inverter

IEEE 2014 POWER ELECTRONICS PROJECTS
1. ANFIS-Based Control of a Grid-Connected Hybrid System Integrating Renewable Energies,
Hydrogen and Batteries(video )
2.An LED Driver with Dynamic High-Frequency Sinusoidal Bus Voltage Regulation for Multistring
Applications(video document)
3..ZigBee Wireless Sensor Nodes with Hybrid Energy Storage System Based On Li-ion Battery and Solar
Energy Supply(video and document)
4.A Novel Reduced Switching Loss Bidirectional AC/DC Converter PWM Strategy With Feedforward
Control for Grid-Tied Microgrid Systems(video document)
5.Sliding Mode control of DC/DC switching converters for photovoltaic applications

Mais conteúdo relacionado

Destaque

Low-power Innovative techniques for Wearable Computing

Omar Elshal

Centralised hybrid renewable power generation using diso buck boost converter...

Naresh K

Pantech antenna design project 2016-17

Senthil Kumar

Abstract In modern era, the increasing size of the power system, to maximize the use of existing systems and to provide adequate voltage support is an emphasis on finding solutions. This flexibility is needed electricity. Better placed than the Flexible AC Transmission Systems (FACTS) to control the flow of electricity, and to provide voltage support can be effective in turn resulting in less damage. The impact of these tools on line flow and bus voltage profile at random algorithm to determine the optimal number of ratings have been studied by keeping them better . The FACTS devices are expensive cause of that FACTS type, number and location of the FACTS devices is very important, for decide the optimal location and parameters of FACTS devices. FACTS are used in the following purposes: Transmission pricing issues by maximizing social welfare with or without consideration of FACTS’ costs; Better utilization of FACT by maximizing FACTS devices total transferred power; Reactive power or voltage control by minimizing transmission losses, or voltage fluctuation. Increase system’s security under emergency by minimizing transmission lines loadability. Power flow control, a current long transmission line, plays an important role within the energy system. The letter swings, long-distance transmission line voltage and power flow control in unified power flow controller (UPFC) based compensation associated series or shunt FACTS devices are employed. Devices such as the proposed transmission line, between the end of the sending and receiving end to the transmission line is used in places as different. Here also deals with determining the optimum placement of Flexible AC Transmission Systems (FACTS) damping out swings, voltage and improves power transfer devices for a long transmission line. Here the concept of compensation mid-point of facts is presented for optimal placement. Keywords: Stability, first swings, rotor angle, power transfer, Flexible AC Transmission Systems (FACTS), Unified Power Flow Controller (UPFC), reactive power

Swing, voltage stability and power transfer capability in transmission system...

eSAT Journals

Abstract Today many people are attracted towards distribution generation (DG) because of low energy cost power supply, local generation, highly reliable system, supply with good power quality. Increasing attention and investment in renewable energy that is DG energy sources give rise to rapid development of high penetration renewable energy sources like solar energy, wind energy, hydro energy. Out of this most important and best is the solar energy. There are multiple ways to interface PV arrays with the power grid, but in there is problem of power quality. Today’s important concern of the power system is the power quality in case of renewable energy sources. The power quality improvement in the interconnected micro grid systems and grid interconnection with Distribution Generation (DGs) is the challenging task and to overcome the power quality problem passive filters are the best and cost effective solution. In this paper the LCLR filter is implemented between inverter and grid. The complete system consists of photovoltaic cell (PV), DC-DC boost converter, DC-AC inverter, LCLR filter and the grid. This paper also consists of complete MATLAB simulation of PV cell, DC-DC boost converter and inverter with LCLR filter. Key Words: Renewable energy, PV module, DC-DC boost converter, DGs, LCLR filter, power quality, micro grid (MG) and THD

Lclr filter design and modelling for harmonic mitigation in interconnected mi...

eSAT Journals

Due to increasing complexity in the power system, voltage sag is becoming one of the most significant power quality problems. Voltage sag is a short reduction voltage from nominal voltage, occurs in a short time. If the voltage sags exceed two to three cycles, then manufacturing systems making use of sensitive electronic equipments are likely to be affected leading to major problems. It ultimately leads to wastage of resources (both material and human) as well as financial losses. This is possible only by ensuring that uninterrupted flow of power is maintained at proper voltage levels. This project tends look at the solving the sag problems by using custom power devices such as Distribution Static compensator (D-STATCOM).Proposed scheme follows a new algorithm to generate reference voltage for a distribution static compensator (DSTATCOM) operating in voltage-control mode. The proposed scheme ensures that unity power factor (UPF) is achieved at the load terminal during nominal operation, which is not possible in the traditional method. Also, the compensator injects lower currents therefore, reduces losses in the feeder and voltage-source inverter. Further, a saving in the rating of DSTATCOM is achieved which increases its capacity to mitigate voltage sag. Nearly UPF is maintained, while regulating voltage at the load terminal, during load change. The state-space model of DSTATCOM is incorporated with the deadbeat predictive controller for fast load voltage regulation during voltage disturbances. With these features, this scheme allows DSTATCOM to tackle power-quality issues by providing power factor correction, harmonic elimination, load balancing, and voltage regulation based on the load requirement.

A Voltage Controlled Dstatcom for Power Quality Improvement

iosrjce

Abstract The rising rate of consumption and price of fossil fuel along with environmental pollution by conventional power generation draw global attention to renewable energy sources and technology. Paper gives analysis study on current sharing issues of parallel DC converters in standalone photovoltaic (PV) WIND system. Solar wind power generating system with maximum power point tracking (MPPT) technique – incremental conductance method is used for the simulation analysis. The main drawbacks of parallel converters used in system are poor power sharing and voltage drop. The paper describes about instantaneous droop calculation considering effect of cable resistance using droop index to improve the power sharing performance. The control technique is simulated using MATLAB/SIMULINK in PV- wind power generating system with MPPT and case study has been done on the control strategy and verifies the effectiveness of adaptive droop control on output converter voltage. Key Words: Microgrid; droop method; incremental conductance (Incond); maximum power point tracking (MPPT).

Droop control method for parallel dc converters used in standalone pv wind po...

eSAT Journals

Power quality has been an issue that is becoming increasingly pivotal in industrial electricity consumers point of view in recent times. Modern industries employ Sensitive power electronic equipments, control devices and non-linear loads as part of automated processes to increase energy efficiency and productivity. Voltage disturbances are the most common power quality problem due to this the use of a large numbers of sophisticated and sensitive electronic equipment in industrial systems is increased. This paper discusses the design and simulation of dynamic voltage restorer for improvement of power quality and reduce the harmonics distortion of sensitive loads. Power quality problem is occurring at non-standard voltage, current and frequency. Electronic devices are very sensitive loads. In power system voltage sag, swell, flicker and harmonics are some of the problem to the sensitive load. The compensation capability of a DVR depends primarily on the maximum voltage injection ability and the amount of stored energy available within the restorer. This device is connected in series with the distribution feeder at medium voltage. A fuzzy logic control is used to produce the gate pulses for control circuit of DVR and the circuit is simulated by using MATLAB/SIMULINK software.

Mitigation of Voltage Sag/Swell with Fuzzy Control Reduced Rating DVR

IJERD Editor

Speed control of a machine is the most vital and important part in any industrial organization. This paper is designed to develop a four quadrant speed control system for a DC motor using microcontroller. The motor is operated in four quadrants i.e. clockwise, counter clock-wise, forward brake and reverse brake. It also has a feature of speed control. The four quadrant operation of the dc motor is best suited for industries where motors are used and as per requirement they can rotate in clockwise, counter-clockwise and also apply brakes immediately in both the directions. In case of a specific operation in industrial environment, the motor needs to be stopped immediately. In such scenario, this proposed system is very apt as forward brake and reverse brake are its integral features. Instantaneous brake in both the directions happens as a result of applying a reverse voltage across the running motor for a brief period and the speed control of the motor can be achieved with the PWM pulses generated by the microcontroller. The microcontroller used in this project is from 8051 family. Push buttons are provided for the operation of the motor which are interfaced to the microcontroller that provides an input signal to it and controls the speed of the motor through a motor driver IC. The speed and direction of DC motor has been observed on digital CRO. Microcontroller programming has been written in assembly language by using notepad and it has been converted in hex file by using micro vision Kiel. The burning of programming in the 8051 microcontroller chip has been done by using positron boot loader software.

FOUR QUADRANT SPEED CONTROL OF DC MOTOR USING AT89S52 MICROCONTROLLER

Journal For Research

Buck boost converter

Sathiya kumar

Enhancement of power quality in distribution system using d statcom

vasaharish

POWER QUALITY IMPROVEMENT IN A PV DISTRIBUTION SYSTEM BY USING D-STATCOM

pechetti surya venkata subrahmanyam

Destaque (12)

Low-power Innovative techniques for Wearable Computing

Centralised hybrid renewable power generation using diso buck boost converter...

Pantech antenna design project 2016-17

Swing, voltage stability and power transfer capability in transmission system...

Lclr filter design and modelling for harmonic mitigation in interconnected mi...

A Voltage Controlled Dstatcom for Power Quality Improvement

Droop control method for parallel dc converters used in standalone pv wind po...

Mitigation of Voltage Sag/Swell with Fuzzy Control Reduced Rating DVR

FOUR QUADRANT SPEED CONTROL OF DC MOTOR USING AT89S52 MICROCONTROLLER

Buck boost converter

Enhancement of power quality in distribution system using d statcom

POWER QUALITY IMPROVEMENT IN A PV DISTRIBUTION SYSTEM BY USING D-STATCOM

Mais de Harish PG

Transient stability analysis of the ieee 9 bus electric power system pgmslm

Harish PG

Distributed facts—a new concept for realizing grid power flow control pgmslm

Harish PG

Ieeee 2014 vlsi completed projects

Harish PG

Ieee 2014 completd dotnet java projects

Harish PG

Ieee 2014 2015 ns2 project title

Harish PG

Ieee 2014 2015 matlab image processing projects

Harish PG

Mais de Harish PG (6)

Transient stability analysis of the ieee 9 bus electric power system pgmslm

Distributed facts—a new concept for realizing grid power flow control pgmslm

Ieeee 2014 vlsi completed projects

Ieee 2014 completd dotnet java projects

Ieee 2014 2015 ns2 project title

Ieee 2014 2015 matlab image processing projects

Último

Kodo Millet PPT made by Ghanshyam bairwa college of Agriculture kumher bhara...

pradhanghanshyam7136

General Principles of Intellectual Property: Concepts of Intellectual Proper...

Poonam Aher Patil

Wellbeing inclusion and digital dystopias.pptx

Jisc

Accessible Digital Futures project (20/03/2024)

Jisc

Unit 3 Emotional Intelligence and Spiritual Intelligence.pdf

Dr Vijay Vishwakarma

Sociology 101 Demonstration of Learning Exhibit

jbellavia9

How to setup Pycharm environment for Odoo 17.pptx

Celine George

Plant propagation: Sexual and Asexual propapagation.pptx

UmeshTimilsina1

FSB Advising Checklist - Orientation 2024

Elizabeth Walsh

REMIFENTANIL: An Ultra short acting opioid.pptx

Dr. Ravikiran H M Gowda

Graduate Outcomes Presentation Slides - English

neillewis46

Single or Multiple melodic lines structure

dhanjurrannsibayan2

On_Translating_a_Tamil_Poem_by_A_K_Ramanujan.pptx

Pooja Bhuva

Interdisciplinary_Insights_Data_Collection_Methods.pptx

Pooja Bhuva

COMMUNICATING NEGATIVE NEWS - APPROACHES .pptx

annathomasp01

Beyond_Borders_Understanding_Anime_and_Manga_Fandom_A_Comprehensive_Audience_...

Pooja Bhuva

Application orientated numerical on hev.ppt

RamjanShidvankar

ICT Role in 21st Century Education & its Challenges.pptx

AreebaZafar22

TỔNG ÔN TẬP THI VÀO LỚP 10 MÔN TIẾNG ANH NĂM HỌC 2023 - 2024 CÓ ĐÁP ÁN (NGỮ Â...

Nguyen Thanh Tu Collection

NO1 Top Black Magic Specialist In Lahore Black magic In Pakistan Kala Ilam Ex...

Amil baba

Ieee 2014 2015 power electronics and power system projects

1. IEEE 2014 Power System Projects 1. Voltage support control strategies for static synchronous compensators under unbalanced voltage sags 2. Adaptive pi control for voltage regulation 3. Aiding Power System Support by Means of Voltage Control With Intelligent Distribution Substation(document,video file missing) 4. Stability Enhancement of DFIG-Based OffshoreWind Farm Fed to a Multi-Machine SystemUsing a STATCOM(document video file) 5. Transient stability enhancement of power system equippedwith Power System Stabilizer by Static VAR Compensator 6. Power Quality Improvement Using DVR in Power System(DOCUMENT VIDEO) 7. Performance Improvement of Dynamic Voltage Restorer using Proportional - Resonant Controller 8. A New Control Method of Cascaded Brushless Doubly Fed Induction Generators Using Direct Power Control 9. Residential Distribution System Harmonic Compensation Using PV Interfacing Inverter

2. IEEE 2014 POWER ELECTRONICS PROJECTS 1. ANFIS-Based Control of a Grid-Connected Hybrid System Integrating Renewable Energies, Hydrogen and Batteries(video ) 2.An LED Driver with Dynamic High-Frequency Sinusoidal Bus Voltage Regulation for Multistring Applications(video document) 3..ZigBee Wireless Sensor Nodes with Hybrid Energy Storage System Based On Li-ion Battery and Solar Energy Supply(video and document) 4.A Novel Reduced Switching Loss Bidirectional AC/DC Converter PWM Strategy With Feedforward Control for Grid-Tied Microgrid Systems(video document) 5.Sliding Mode control of DC/DC switching converters for photovoltaic applications

Ieee 2014 2015 power electronics and power system projects

Recomendados

Recomendados

Mais conteúdo relacionado

Destaque

Destaque (12)

Mais de Harish PG

Mais de Harish PG (6)

Último

Último (20)

Ieee 2014 2015 power electronics and power system projects