IEEE electrical projects using Matlab/Simulink software
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![ACADEMIC MATLAB SIMULATION PROJECTS
Electrical And Electronics Engineering [EEE]
Power Electronics And Drives [PED]
Power Systems [PS]……](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)
Recommended
IEEE/NON-IEEE Projects For EEE branch
EEE projects for B.E/B.Tech/M.E/M.Tech,Publications & Journels for P.Hd Candidates
call me on 9966642226
Latest 2016 IEEE Electrical Projects List for BTech and MTech
Asoka Technologies offer latest 2016 IEEE Electrical projects for BTech and MTech. For more details contact our website www.asokatechnologies.in
Project list 2019-2020
ASOKA TECHNOLOGIES
(B.TECH/M.TECH ELECTRICAL PROJECTS USING MATLAB/SIMULINK)
WE OFFER ACADEMIC MATLAB SIMULATION PROJECTS FOR
1. ELECTRICAL AND ELECTRONICS ENGINEERING [EEE]
2. POWER ELECTRONICS AND DRIVES [PED]
3. POWER SYSTEMS [PS]….etc
We will develop your OWN IDEAS and your IEEE Papers with extension if necessary and also we give guidance for publishing papers…
For Further Details Call Us @
0-9347143789/9949240245
For Abstracts of IEEE papers and for any Queries mail to: asokatechnologies(gmail) and also visit asokatechnologies(blogspot)
Ieee power electrincs projects 2016 2017 titles mtech
This document lists 94 IEEE power electronics projects for 2016-2017, providing project codes, titles, and years. It also provides contact information for IeeeXpert.com, which delivers these projects to electrical engineering students all over India, offering a 100% output satisfaction guarantee or refund. The projects cover topics like converters, inverters, motor drives, renewable energy, and more.
Hybrid Controller | Design 150KW PV with DG1:700KW
The document discusses the use of a hybrid controller in a 150kW photovoltaic system with two diesel generators of 700kVA and 500kVA capacity. It provides details on the system components, including 8 solar inverters of 20kW each for a total PV capacity of 151.2kW. Schematics show the connections of the PV grid, inverters, diesel generators and public grid to the hybrid controller and generator controllers. Guidelines are provided on sensor placement and PV penetration limits based on the load and generator sizes. The hybrid controller allows optimal control and utilization of solar power based on the load and integrates diesel generation when required.
Veris Metering Guide
Veris Industries is a manufacturing company founded in 1992 in Portland, OR that specializes in energy metering and monitoring equipment. They produce a variety of sensor products for applications like tenant sub-metering, activity-based costing, performance monitoring, load shedding, and demand response. Their product lines include energy meters, power quality meters, multi-circuit monitors, and network displays.
Modeling and Simulation of an electrical micro-grid using MATLAB Simulink Sum...
This project involves developing an accurate dynamic model of a micro-grid in MATLAB/Simulink. The micro-grid model includes multiple energy sources like a diesel generator and photovoltaic array, various loads, faults, and a connection to the main electrical grid. Students created models of grid-tied inverters, synchronous machines, and developed a human interface device to interact with the simulation. The completed micro-grid simulation provides an educational platform to study different generation scenarios and observe associated power flow phenomena.
Major project presentation
The document describes a proposed automated wireless meter reading system. It would consist of meter reading retrieval units with microcontrollers and Zigbee transceivers attached to electricity meters. A wireless personal area network using Zigbee would transfer meter readings to a handheld device. This would allow readings to be collected remotely without manual inspection, reducing costs and errors. Digital meters would measure voltage, current and power consumption. Readings would be sent via Zigbee and stored on the handheld device for later transfer to a computer database. The system aims to make meter reading easier, more accurate and help utilities better manage electricity distribution.
Recommended
IEEE/NON-IEEE Projects For EEE branch
EEE projects for B.E/B.Tech/M.E/M.Tech,Publications & Journels for P.Hd Candidates
call me on 9966642226
Latest 2016 IEEE Electrical Projects List for BTech and MTech
Asoka Technologies offer latest 2016 IEEE Electrical projects for BTech and MTech. For more details contact our website www.asokatechnologies.in
Project list 2019-2020
ASOKA TECHNOLOGIES
(B.TECH/M.TECH ELECTRICAL PROJECTS USING MATLAB/SIMULINK)
WE OFFER ACADEMIC MATLAB SIMULATION PROJECTS FOR
1. ELECTRICAL AND ELECTRONICS ENGINEERING [EEE]
2. POWER ELECTRONICS AND DRIVES [PED]
3. POWER SYSTEMS [PS]….etc
We will develop your OWN IDEAS and your IEEE Papers with extension if necessary and also we give guidance for publishing papers…
For Further Details Call Us @
0-9347143789/9949240245
For Abstracts of IEEE papers and for any Queries mail to: asokatechnologies(gmail) and also visit asokatechnologies(blogspot)
Ieee power electrincs projects 2016 2017 titles mtech
This document lists 94 IEEE power electronics projects for 2016-2017, providing project codes, titles, and years. It also provides contact information for IeeeXpert.com, which delivers these projects to electrical engineering students all over India, offering a 100% output satisfaction guarantee or refund. The projects cover topics like converters, inverters, motor drives, renewable energy, and more.
Hybrid Controller | Design 150KW PV with DG1:700KW
The document discusses the use of a hybrid controller in a 150kW photovoltaic system with two diesel generators of 700kVA and 500kVA capacity. It provides details on the system components, including 8 solar inverters of 20kW each for a total PV capacity of 151.2kW. Schematics show the connections of the PV grid, inverters, diesel generators and public grid to the hybrid controller and generator controllers. Guidelines are provided on sensor placement and PV penetration limits based on the load and generator sizes. The hybrid controller allows optimal control and utilization of solar power based on the load and integrates diesel generation when required.
Veris Metering Guide
Veris Industries is a manufacturing company founded in 1992 in Portland, OR that specializes in energy metering and monitoring equipment. They produce a variety of sensor products for applications like tenant sub-metering, activity-based costing, performance monitoring, load shedding, and demand response. Their product lines include energy meters, power quality meters, multi-circuit monitors, and network displays.
Modeling and Simulation of an electrical micro-grid using MATLAB Simulink Sum...
This project involves developing an accurate dynamic model of a micro-grid in MATLAB/Simulink. The micro-grid model includes multiple energy sources like a diesel generator and photovoltaic array, various loads, faults, and a connection to the main electrical grid. Students created models of grid-tied inverters, synchronous machines, and developed a human interface device to interact with the simulation. The completed micro-grid simulation provides an educational platform to study different generation scenarios and observe associated power flow phenomena.
Major project presentation
The document describes a proposed automated wireless meter reading system. It would consist of meter reading retrieval units with microcontrollers and Zigbee transceivers attached to electricity meters. A wireless personal area network using Zigbee would transfer meter readings to a handheld device. This would allow readings to be collected remotely without manual inspection, reducing costs and errors. Digital meters would measure voltage, current and power consumption. Readings would be sent via Zigbee and stored on the handheld device for later transfer to a computer database. The system aims to make meter reading easier, more accurate and help utilities better manage electricity distribution.
Lecture 2: Electrical load demand analysis and management
Lecture 2: Electrical load demand analysis and management ;
.. Estimate and Review Load & energy demand assessment
... determine the figure of demand daily kwh consumption for specific building/customers
... Establish Work Plan to Get daily KWH
......Optimizing energy consumption by using potentials for opportunities conservation tools and measures
Solar powered illumination with maximum power point tracking MPPT by Anoop ku...
Solar powered illumination with maximum power point tracking MPPT by Anoop ku...Anoop kumar Niravuparambil
The installation of photovoltaic (PV) generation systems is rapidly growing in response to concerns related to energy security and environmental issues such as global warming. PV generation system is considered as a clean and environmentally-friendly source of energy. However, PV generation systems have two major problems which are related to low conversion efficiency of about 15 to 20 % especially in low irradiation conditions and that the amount of electric power generated by PV arrays varies continuously with weather conditions. Thus there is a need for an efficient tool for maximizing the power produced from the PV panel. Here comes the role of Maximum Power point Tracking (MPPT) technology.
The MPPT is an instrument that extract maximum power available from the PV array at any given instant. Basically there are two type of MPPT techniques.
(i) Mechanical Tracking
(ii) Electronic tracking
In mechanical tracking,
In electronic tracking, MPPT controller is employed, which is an electronic charge controller system is used to track the maximum power point of PV systems. The power available from a PV module passes through a peak at a particular operating point, and this peak is also changes with atmospheric conditions. Hence the change in peak power needs to be continuously tracked. Electronic MPPT system thus uses a DC to DC converter as the MPPT controller, which introduced between the source and load in
order to nullify the load mismatch conditions. This is done by varying the duty cycle of the charge controller in such a way to optimize the current drawn from the array.
Charge controllers are generally employed with tracking algorithms. Perturb and observe (P & O) method, Incremental conductance (IC) and Hybrid tracking methods are some example of algorithms used in MPPT. Since the ease in digitalized programming and less complicate when compared with other algorithms, P & O algorithm is preferred in this project. P & O method involve perturbing the point (voltage) of operation and measuring the power delivered by the PV array. This process followed by comparing the power values at two consecutive instant that leads to decision on the direction of perturbation in the subsequent sampling cycle.
Intelligent Electric Power Management Using Zigbee with Advanced Metering Inf...
This project mainly focuses on reduction of power cut and power theft. The main reason for the power cut is shortage of power in the generation unit. We can rectify this problem through our project.
Whenever the generation falls behind a particular limit (it is set initially by EB) the power management system will automatically switched on. Power will be supplied to only the basic necessary equipment (as stated in the priority list) power to other load will be stopped so that huge amount of power can be saved without power cut.
In our project, this is achieved using NS2 software and using ZIGBEE. Whenever generation falls below the particular value, then the load will be automatically switched off based on priority. And it can also be done through an interrupt. Through ZIGBEE command the interrupt will be sent to microcontroller to cut the power to the particular load.
When microcontroller receiving the command, the relay will cut the power to the equipment. So the power will be saved.
In this project,the method to detect and to control the power theft is also stated. Other methods of power theft like damaging, by passing electrical power meter can also be detected and can be punished.
Man power can also be reduced. The power usage of the customer will be automatically updated in the EB station so there is no need of man power to take meter reading in the user side. After every two months the reading will be automatically resetted.
eTracer Network MPPT Solar Charge Controller ET2415N,ET3415N,ET4415N,ET6415N
eTracer Network MPPT Solar Charge Controller ET2415N,ET3415N,ET4415N,ET6415NShandong iSentrol Electronic Technology Co., Ltd
eTracer Network MPPT Solar Charge Controller ET2415N,ET3415N,ET4415N,ET6415N
Available at http://shop.ultisolar.com
About Ultisolar: Ultisolar is focus on MPPT Controller, PWM Controller, SWH Controller, SWH Station, Hall Flow Sensor
Power Electronics Projects 2015
For ECE,EEE,E&I, E&C & Mechanical,Civil, Bio-Medical
#1, C.V.R Complex, Singaravelu St, T.Nagar, Chennai - 17,
(Behind BIG BAZAAR)Tamilnadu,India
Mobile : +91-9962 067 067, +91-9176 499 499
Landline : 044-4264 1213
Email: info@spiroprojects.com
For IT, CSE, MSC, MCA, BSC(CS)B.COM(cs)
#78, 3rd Floor, Usman Road, T.Nagar, Chennai-17.
(Upstair Hotel Saravana Bhavan) Tamilnadu,India
Mobile: +91-9791 044 044, +91-9176 644 044
E-Mail: info1@spiroprojects.com
Power Quality Improvement in Grid Connected PV System
The general trends in the past decade of increasing solar cell efficiency, decreasing PV system costs, increasing government incentive programs, and several other factors have all combined synergistically to reduce the barriers of entry for PV systems to enter the market and expand their contribution to the global energy portfolio. The shortcomings of current inverter functions which link PV systems to the utility network are becoming transparent as PV penetration levels continue to increase. In this paper an analysis of solar system connected with the grid has been done. The system is subjected with two types of perturbations, i.e. variable load and the variable irradiance level which changes the output of the solar system. The design, modeling, and analysis of a grid-tied PV system are performed in the MATLAB software simulation environment. Solar cell works on the principle of photo voltaic effect, which has nonlinear voltage and current characteristics. These characteristics are improved with the help of maximum power point tracking (MPPT) controller. MPPT controller helps to feed the inverter with maximum power from the solar system. Results indicate that in the presence of grid disturbances the inverter can react dynamically to help restore the power system back to its normal state. A harmonic analysis was also performed indicating the inverter under study met the applicable power quality standards for distributed energy resources Anjali | Gourav Sharma"Power Quality Improvement in Grid Connected PV System" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-1 | Issue-4 , June 2017, URL: http://www.ijtsrd.com/papers/ijtsrd2196.pdf http://www.ijtsrd.com/engineering/electrical-engineering/2196/power-quality-improvement-in-grid-connected-pv-system/anjali
Micro controller based mppt with pv charger
This project involves designing a solar panel charging system using various hardware components like a solar panel, boost converter, ADC converter, and 8051 microcontroller. The system efficiently charges a DC battery by using the microcontroller to vary the voltage across the solar panel to maintain the maximum power point. It monitors the battery voltage level and charges the battery using pulse width modulation. The boost converter increases the solar panel output voltage for use in the system. The project aims to provide an efficient way to harness and store solar energy in a battery.
Dc-Dc boost converter topologies and MPPT techniques for Grid connected PV sy...
1. Modeling of Dc-Dc boost converter in MATLAB Simulink.
2. MATLAB Simulink of P&O techniques and Incremental conductance.
3. Ac grid connected to solar PV array via dc-dc boost converter and Dc-Ac converter.
Renewable energy for bts (2)
The document discusses renewable energy options to power rural telecommunications networks in India. It proposes hybrid solar-wind power systems as a feasible solution. Key points:
1) Rural areas often lack reliable electricity, forcing telecom providers to use expensive diesel generators. Renewable systems could provide clean, affordable power.
2) A hybrid solar-wind system is proposed, using solar panels, small wind turbines, batteries, and backup generators. For a typical 2KW rural site, a 17KW solar system is suggested.
3) Larger 6KW sites could use a 25KW solar system with wind turbines and operate generators for 7 hours daily. The hybrid systems are designed to minimize generator use and provide stable 48V
Solar Power Charge Controller
A solar charge controller regulates voltage and current from solar panels to batteries to prevent overcharging. It uses op-amps, MOSFETs, diodes and other components. Solar panels produce more than 12 volts, so the controller ensures batteries charge to 14-14.5 volts. It also protects against overcharging, deep discharge, and undervoltage. Charge controllers are used in solar home systems, street lights, hybrid power systems, and water pumps to store solar energy in batteries.
176 shiv kumar
This document analyzes the efficiency of photovoltaic systems with incremental conductance maximum power point tracking under nonlinear loading conditions. It proposes modifying the instantaneous conductance value based on the variable load conductance to improve energy utilization. The study models a PV array, buck-boost converter for MPPT, inverter, and nonlinear load in simulation. Experimental results show the improved technique provides up to 10 watt-hour higher energy saving and over 2% greater efficiency compared to conventional MPPT under the same conditions. This energy saving could reduce energy costs and make the system more cost-efficient.
Future on power electronics for wind turbine systems
Wind turbine technology has advanced significantly since the 1980s, increasing power production per unit from 4-8 kW to 4.5-8 MW today. Power electronics are now a necessary part of wind turbine systems to regulate frequency and voltage. There are two main methods for generating wind power - doubly fed induction generators and synchronous generators. Both have advantages and disadvantages related to cost, efficiency, and connection to the grid. Future developments aim to lower energy costs through improved power electronics, power semiconductor devices, and generators/drive trains to increase reliability and stability of wind power systems.
Photovoltaic Training Course - Module 1.2 choosing components
The document discusses various components of photovoltaic systems, including inverters, modules, cables, and grid connections. It provides details on inverter types, module specifications, cable requirements, and considerations for medium voltage installations including transformers and metering devices. Grid connections for medium-sized PV facilities are also reviewed, outlining underground cable burial and connections to power lines.
Read electric meter
This document provides instructions for reading an electric meter with dials. It explains that the dials should be read from right to left and the lowest number recorded if the pointer is between two numbers. It also notes that if the pointer is on a number to look at the dial to the right to determine if the recorded number is higher or lower. Finally, it indicates that to calculate electric usage the numbers from each dial should be read from left to right and the current reading should be subtracted from the previous reading.
Trends in-power-electronics
This document provides an overview of trends in power electronics. It discusses how power electronics is used for efficient power conversion and control through semiconductor devices. It also outlines several applications of power electronics such as motor drives, lighting, power supplies and renewable energy systems. The document mentions some professional organizations and conferences related to power electronics as well as major companies in the field.
Dc-Dc boost converter topologies & MPPT techniques for grid connected PV system
here dc-dc boost converter designed in MATLAB Simulink and MPPT controller designed in 2 methods(P&O and incremental conductance).
finally, I connect it to Ac grid via the Dc-Ac converter.
this entire system called grid-connected PV system.
Photovoltaic Training Course - Module 2.7 - Commissioning tests
This document outlines the steps for commissioning a photovoltaic system, including testing the plant's productive capacity, generator performance, and inverter characteristics. Key tests include measuring instantaneous power output, irradiance, and cell temperature over time; verifying sun tracker performance; obtaining capacitance-voltage curves; and testing inverters' efficiency and maximum power point tracking abilities. The goal is to ensure the system is functioning as designed and producing optimal power.
MPPT Project
This document describes the implementation of a maximum power point tracking (MPPT) system using LabVIEW to improve solar power efficiency. The proposed system tracks the maximum power from one or more photovoltaic devices so that power transfer is efficient. It uses the incremental conductance algorithm for MPPT and an Arduino board to interface with sensors, a DC-DC converter, and LabVIEW for monitoring and control. Hardware tools include a solar cell, current/voltage sensors, variable load, and USB interface. Software tools are Arduino IDE, EAGLE, Orcad, and LabVIEW.
2015 latest ieee project list
ASOKA TECHNOLOGIES
(B.TECH/M.TECH ELECTRICAL PROJECTS USING MATLAB/SIMULINK)
WE OFFER ACADEMIC MATLAB SIMULATION PROJECTS FOR
1. ELECTRICAL AND ELECTRONICS ENGINEERING [EEE]
2. POWER ELECTRONICS AND DRIVES [PED]
3. POWER SYSTEMS [PS]….etc
We will develop your OWN IDEAS and your IEEE Papers with extension if necessary and also we give guidance for publishing papers…
For Further Details Call Us @
0-9347143789/9949240245
For Abstracts of IEEE papers and for any Queries mail to: asokatechnologies(gmail) and also visit asokatechnologies(blogspot)
MPPT Solar Charge Controller
Advance Solar charge controller with lot of benefits. An advantage over common PWM Solar charge controller. Double Boost Technique is used to get a desired output.
Power quality ppt
This document discusses power quality and defines it as the ability of a power system to supply voltage continuously within tolerances. It outlines various power quality events like sags, swells, interruptions, harmonics, and their causes and effects. It then describes various techniques to mitigate power quality issues, including dynamic voltage restorers, harmonic filters, static VAR compensators, and unified power quality conditioners. Maintaining high power quality improves system efficiency and equipment lifespan while eliminating problems like voltage fluctuations, harmonics, and reactive power issues.
MINI ELECTRICAL PROJECT
This report details a circuit designed by Ananthavignesh M that uses various integrated circuits, transistors, LEDs, and other components to allow for electrical equipment control using a mobile phone. The circuit diagram and block diagram are presented, and applications are discussed such as lighting/appliance control, security systems, entertainment systems, thermostats, irrigation, and more. Potential future aspects mentioned include industrial automation using computers and microcontroller-based pre-programmed systems.
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Lecture 2: Electrical load demand analysis and management
Lecture 2: Electrical load demand analysis and management ;
.. Estimate and Review Load & energy demand assessment
... determine the figure of demand daily kwh consumption for specific building/customers
... Establish Work Plan to Get daily KWH
......Optimizing energy consumption by using potentials for opportunities conservation tools and measures
Solar powered illumination with maximum power point tracking MPPT by Anoop ku...
Solar powered illumination with maximum power point tracking MPPT by Anoop ku...Anoop kumar Niravuparambil
The installation of photovoltaic (PV) generation systems is rapidly growing in response to concerns related to energy security and environmental issues such as global warming. PV generation system is considered as a clean and environmentally-friendly source of energy. However, PV generation systems have two major problems which are related to low conversion efficiency of about 15 to 20 % especially in low irradiation conditions and that the amount of electric power generated by PV arrays varies continuously with weather conditions. Thus there is a need for an efficient tool for maximizing the power produced from the PV panel. Here comes the role of Maximum Power point Tracking (MPPT) technology.
The MPPT is an instrument that extract maximum power available from the PV array at any given instant. Basically there are two type of MPPT techniques.
(i) Mechanical Tracking
(ii) Electronic tracking
In mechanical tracking,
In electronic tracking, MPPT controller is employed, which is an electronic charge controller system is used to track the maximum power point of PV systems. The power available from a PV module passes through a peak at a particular operating point, and this peak is also changes with atmospheric conditions. Hence the change in peak power needs to be continuously tracked. Electronic MPPT system thus uses a DC to DC converter as the MPPT controller, which introduced between the source and load in
order to nullify the load mismatch conditions. This is done by varying the duty cycle of the charge controller in such a way to optimize the current drawn from the array.
Charge controllers are generally employed with tracking algorithms. Perturb and observe (P & O) method, Incremental conductance (IC) and Hybrid tracking methods are some example of algorithms used in MPPT. Since the ease in digitalized programming and less complicate when compared with other algorithms, P & O algorithm is preferred in this project. P & O method involve perturbing the point (voltage) of operation and measuring the power delivered by the PV array. This process followed by comparing the power values at two consecutive instant that leads to decision on the direction of perturbation in the subsequent sampling cycle.
Intelligent Electric Power Management Using Zigbee with Advanced Metering Inf...
This project mainly focuses on reduction of power cut and power theft. The main reason for the power cut is shortage of power in the generation unit. We can rectify this problem through our project.
Whenever the generation falls behind a particular limit (it is set initially by EB) the power management system will automatically switched on. Power will be supplied to only the basic necessary equipment (as stated in the priority list) power to other load will be stopped so that huge amount of power can be saved without power cut.
In our project, this is achieved using NS2 software and using ZIGBEE. Whenever generation falls below the particular value, then the load will be automatically switched off based on priority. And it can also be done through an interrupt. Through ZIGBEE command the interrupt will be sent to microcontroller to cut the power to the particular load.
When microcontroller receiving the command, the relay will cut the power to the equipment. So the power will be saved.
In this project,the method to detect and to control the power theft is also stated. Other methods of power theft like damaging, by passing electrical power meter can also be detected and can be punished.
Man power can also be reduced. The power usage of the customer will be automatically updated in the EB station so there is no need of man power to take meter reading in the user side. After every two months the reading will be automatically resetted.
eTracer Network MPPT Solar Charge Controller ET2415N,ET3415N,ET4415N,ET6415N
eTracer Network MPPT Solar Charge Controller ET2415N,ET3415N,ET4415N,ET6415NShandong iSentrol Electronic Technology Co., Ltd
eTracer Network MPPT Solar Charge Controller ET2415N,ET3415N,ET4415N,ET6415N
Available at http://shop.ultisolar.com
About Ultisolar: Ultisolar is focus on MPPT Controller, PWM Controller, SWH Controller, SWH Station, Hall Flow Sensor
Power Electronics Projects 2015
For ECE,EEE,E&I, E&C & Mechanical,Civil, Bio-Medical
#1, C.V.R Complex, Singaravelu St, T.Nagar, Chennai - 17,
(Behind BIG BAZAAR)Tamilnadu,India
Mobile : +91-9962 067 067, +91-9176 499 499
Landline : 044-4264 1213
Email: info@spiroprojects.com
For IT, CSE, MSC, MCA, BSC(CS)B.COM(cs)
#78, 3rd Floor, Usman Road, T.Nagar, Chennai-17.
(Upstair Hotel Saravana Bhavan) Tamilnadu,India
Mobile: +91-9791 044 044, +91-9176 644 044
E-Mail: info1@spiroprojects.com
Power Quality Improvement in Grid Connected PV System
The general trends in the past decade of increasing solar cell efficiency, decreasing PV system costs, increasing government incentive programs, and several other factors have all combined synergistically to reduce the barriers of entry for PV systems to enter the market and expand their contribution to the global energy portfolio. The shortcomings of current inverter functions which link PV systems to the utility network are becoming transparent as PV penetration levels continue to increase. In this paper an analysis of solar system connected with the grid has been done. The system is subjected with two types of perturbations, i.e. variable load and the variable irradiance level which changes the output of the solar system. The design, modeling, and analysis of a grid-tied PV system are performed in the MATLAB software simulation environment. Solar cell works on the principle of photo voltaic effect, which has nonlinear voltage and current characteristics. These characteristics are improved with the help of maximum power point tracking (MPPT) controller. MPPT controller helps to feed the inverter with maximum power from the solar system. Results indicate that in the presence of grid disturbances the inverter can react dynamically to help restore the power system back to its normal state. A harmonic analysis was also performed indicating the inverter under study met the applicable power quality standards for distributed energy resources Anjali | Gourav Sharma"Power Quality Improvement in Grid Connected PV System" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-1 | Issue-4 , June 2017, URL: http://www.ijtsrd.com/papers/ijtsrd2196.pdf http://www.ijtsrd.com/engineering/electrical-engineering/2196/power-quality-improvement-in-grid-connected-pv-system/anjali
Micro controller based mppt with pv charger
This project involves designing a solar panel charging system using various hardware components like a solar panel, boost converter, ADC converter, and 8051 microcontroller. The system efficiently charges a DC battery by using the microcontroller to vary the voltage across the solar panel to maintain the maximum power point. It monitors the battery voltage level and charges the battery using pulse width modulation. The boost converter increases the solar panel output voltage for use in the system. The project aims to provide an efficient way to harness and store solar energy in a battery.
Dc-Dc boost converter topologies and MPPT techniques for Grid connected PV sy...
1. Modeling of Dc-Dc boost converter in MATLAB Simulink.
2. MATLAB Simulink of P&O techniques and Incremental conductance.
3. Ac grid connected to solar PV array via dc-dc boost converter and Dc-Ac converter.
Renewable energy for bts (2)
The document discusses renewable energy options to power rural telecommunications networks in India. It proposes hybrid solar-wind power systems as a feasible solution. Key points:
1) Rural areas often lack reliable electricity, forcing telecom providers to use expensive diesel generators. Renewable systems could provide clean, affordable power.
2) A hybrid solar-wind system is proposed, using solar panels, small wind turbines, batteries, and backup generators. For a typical 2KW rural site, a 17KW solar system is suggested.
3) Larger 6KW sites could use a 25KW solar system with wind turbines and operate generators for 7 hours daily. The hybrid systems are designed to minimize generator use and provide stable 48V
Solar Power Charge Controller
A solar charge controller regulates voltage and current from solar panels to batteries to prevent overcharging. It uses op-amps, MOSFETs, diodes and other components. Solar panels produce more than 12 volts, so the controller ensures batteries charge to 14-14.5 volts. It also protects against overcharging, deep discharge, and undervoltage. Charge controllers are used in solar home systems, street lights, hybrid power systems, and water pumps to store solar energy in batteries.
176 shiv kumar
This document analyzes the efficiency of photovoltaic systems with incremental conductance maximum power point tracking under nonlinear loading conditions. It proposes modifying the instantaneous conductance value based on the variable load conductance to improve energy utilization. The study models a PV array, buck-boost converter for MPPT, inverter, and nonlinear load in simulation. Experimental results show the improved technique provides up to 10 watt-hour higher energy saving and over 2% greater efficiency compared to conventional MPPT under the same conditions. This energy saving could reduce energy costs and make the system more cost-efficient.
Future on power electronics for wind turbine systems
Wind turbine technology has advanced significantly since the 1980s, increasing power production per unit from 4-8 kW to 4.5-8 MW today. Power electronics are now a necessary part of wind turbine systems to regulate frequency and voltage. There are two main methods for generating wind power - doubly fed induction generators and synchronous generators. Both have advantages and disadvantages related to cost, efficiency, and connection to the grid. Future developments aim to lower energy costs through improved power electronics, power semiconductor devices, and generators/drive trains to increase reliability and stability of wind power systems.
Photovoltaic Training Course - Module 1.2 choosing components
The document discusses various components of photovoltaic systems, including inverters, modules, cables, and grid connections. It provides details on inverter types, module specifications, cable requirements, and considerations for medium voltage installations including transformers and metering devices. Grid connections for medium-sized PV facilities are also reviewed, outlining underground cable burial and connections to power lines.
Read electric meter
This document provides instructions for reading an electric meter with dials. It explains that the dials should be read from right to left and the lowest number recorded if the pointer is between two numbers. It also notes that if the pointer is on a number to look at the dial to the right to determine if the recorded number is higher or lower. Finally, it indicates that to calculate electric usage the numbers from each dial should be read from left to right and the current reading should be subtracted from the previous reading.
Trends in-power-electronics
This document provides an overview of trends in power electronics. It discusses how power electronics is used for efficient power conversion and control through semiconductor devices. It also outlines several applications of power electronics such as motor drives, lighting, power supplies and renewable energy systems. The document mentions some professional organizations and conferences related to power electronics as well as major companies in the field.
Dc-Dc boost converter topologies & MPPT techniques for grid connected PV system
here dc-dc boost converter designed in MATLAB Simulink and MPPT controller designed in 2 methods(P&O and incremental conductance).
finally, I connect it to Ac grid via the Dc-Ac converter.
this entire system called grid-connected PV system.
Photovoltaic Training Course - Module 2.7 - Commissioning tests
This document outlines the steps for commissioning a photovoltaic system, including testing the plant's productive capacity, generator performance, and inverter characteristics. Key tests include measuring instantaneous power output, irradiance, and cell temperature over time; verifying sun tracker performance; obtaining capacitance-voltage curves; and testing inverters' efficiency and maximum power point tracking abilities. The goal is to ensure the system is functioning as designed and producing optimal power.
MPPT Project
This document describes the implementation of a maximum power point tracking (MPPT) system using LabVIEW to improve solar power efficiency. The proposed system tracks the maximum power from one or more photovoltaic devices so that power transfer is efficient. It uses the incremental conductance algorithm for MPPT and an Arduino board to interface with sensors, a DC-DC converter, and LabVIEW for monitoring and control. Hardware tools include a solar cell, current/voltage sensors, variable load, and USB interface. Software tools are Arduino IDE, EAGLE, Orcad, and LabVIEW.
2015 latest ieee project list
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(B.TECH/M.TECH ELECTRICAL PROJECTS USING MATLAB/SIMULINK)
WE OFFER ACADEMIC MATLAB SIMULATION PROJECTS FOR
1. ELECTRICAL AND ELECTRONICS ENGINEERING [EEE]
2. POWER ELECTRONICS AND DRIVES [PED]
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MPPT Solar Charge Controller
Advance Solar charge controller with lot of benefits. An advantage over common PWM Solar charge controller. Double Boost Technique is used to get a desired output.
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Lecture 2: Electrical load demand analysis and management
Lecture 2: Electrical load demand analysis and management
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Photovoltaic Training Course - Module 1.2 choosing components
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This report details a circuit designed by Ananthavignesh M that uses various integrated circuits, transistors, LEDs, and other components to allow for electrical equipment control using a mobile phone. The circuit diagram and block diagram are presented, and applications are discussed such as lighting/appliance control, security systems, entertainment systems, thermostats, irrigation, and more. Potential future aspects mentioned include industrial automation using computers and microcontroller-based pre-programmed systems.
POWER QUALITY IMPROVEMENT
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I3E Technologies,
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Flc based statcom for a dfig driven wind turbine to enhance voltage stability
1) The document discusses implementing a Fuzzy Logic Controller (FLC) based STATCOM with a DFIG wind turbine to enhance voltage stability after load changes.
2) A sudden 10MW load is added at 0.2 seconds, causing voltage at the wind farm and all buses to drop. A STATCOM with FLC is added at 0.4 seconds, improving the voltage profile.
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2015-2016 IEEE Project Titles
2015-2016 IEEE Final Year projects titles in both UG/PG.
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Microgrid is defined as the cluster of multiple distributed generators (DGs) such as renewable energy sources that supply electrical energy. The connection of microgrid is in parallel with the main grid. When microgrid is isolated from remainder of the utility system, it is said to be in intentional islanding mode. In this mode, DG inverter system operates in voltage control mode to provide constant voltage to the local load. During grid connected mode, the Microgrid operates in constant current control mode to supply preset power to the main grid. The main contribution of this paper is summarized as
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I3E Technologies,
#23/A, 2nd Floor SKS Complex,
Opp. Bus Stand, Karur-639 001.
IEEE PROJECTS AVAILABLE,
NON-IEEE PROJECTS AVAILABLE,
APPLICATION BASED PROJECTS AVAILABLE,
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Mail ID: i3eprojectskarur@gmail.com
Web: www.i3etechnologies.com, www.i3eprojects.com
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TRIPLE N INFOTECH
73/5,3rd FLOOR,SRI KAMATCHI COMPLEX
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SALAI ROAD,Trichy - 620 018,
Ph: 0431 4050403, 7200021404.
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Ieee 2015 16 ped titles for me-mtech @triple n infotec-trichy
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TRIPLE N INFOTECH
73/5,3rd FLOOR,SRI KAMATCHI COMPLEX
OPP.CITY HOSPITAL (NEAR LAKSHMI COMPLEX)
SALAI ROAD,Trichy - 620 018,
Ph: 0431 4050403, 7200021404.
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This paper proposes a new method of generating higher number of levels in the voltage waveform by stacking multilevel converters with lower voltage space vector structures. An important feature of this stacked structure is the use of low voltage devices while attaining higher number of levels. This will find extensive applications in electric vehicles since direct battery drive is possible. The voltages of all the capacitors in the structure can be controlled within a switching cycle using the switching state redundancies (pole voltage redundancies). This helps in reducing the capacitor size. Also, the capacitor voltages can be balanced irrespective of modulation index and load power factor. To verify the concept experimentally, a 9-level inverter is developed by stacking two 5-level inverters and an induction motor is run using V/f control scheme. Both steady state and transient results are presented.
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Reliability evaluation of MPPT based interleaved boost converter for PV system
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Power Quality Improvement of Grid-Connected Photovoltaic Systems Using Trans-...
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Power optimisation scheme of induction motor using FLC for electric vehicle
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Power Flow Control of Interconnected AC-DC Microgrids in Grid-Connected Hybri...
This paper introduces a new approach for power flow control of interconnected AC-DC microgrids in grid-connected hybrid microgrids based on implementing a modified unified interphase power controller (UIPC). A typical grid-connected hybrid microgrid including one AC microgrid and one DC microgrid is considered as studied system. Instead of using the parallel-connected power converters, these microgrids are interconnected using a modified UIPC. As the first contribution of this paper, the conventional structure of UIPC, which uses three power converters in each phase, is modified so that a reduced number of power converters is implemented for power exchange control between AC-DC microgrids. The modified structure includes one power converter in each phase, named as line power converter (LPC), and a power converter which regulates the DC bus voltage, named as bus power converter (BPC) here. The AC microgrid is connected to the main grid through the LPCs which their DC buses are linked and can operate in capacitance mode (CM) or inductance mode (IM). A fuzzy logic controller is used in the control structure of the LPCs. The fuzzy inference system is optimized based on H∞ filtering method to reduce the errors in membership functions design. Through the BPC, the DC voltage of LPCs is supplied by the DC microgrid. However, since the DC microgrid voltage is provided here by a PV system, the DC link voltage of the LPCs is fluctuating. Thus, as the second contribution, to stabilize the DC link fluctuations, a new nonlinear disturbance observer based robust multiple-surface sliding mode control (NDO-MS-SMC) strategy is presented for DC side control of the BPC. The simulation results confirm the effectiveness of the proposed power flow control strategy of the improved UIPC for hybrid microgrids.
Power flow control of hybrid micro grids using modified uipc
Neuro Fuzzy Inference System (ANFIS) controlled modified Unified Inter-Phase Power Controller (UIPC). For study, a classic hybrid micro-grid connected to grid comprising of a AC micro-grid and a DC micro-grid is taken into account. These micro-grids are interconnected employing a modified UIPC, rather than using the power converters connected in parallel. As the first input of this paper is the standard structure of UIPC, which used three power converters in every phase. It was then modified such as number of power converters is used less and implemented for the control of the exchange of power between AC-DC microgrids. In every phase there is one power electronic converter in the improved structure. It is called as Line Power Converter (LPC). Also there is Bus Power Converter (BPC) to regulate the voltage of the DC bus. The Line Power Converters links the AC micro-grid to the main grid. The DC buses are also linked with them. It can be operated in Inductance Mode (IM) as well as Capacitance Mode (CM). The control structure of LPCs has an Adaptive Fuzzy Logic Controller in it. For hybrid micro-grids, the capability of the suggested power flow control strategy is confirmed by the MATLAB simulation results.
Multifunctional grid tied pv system using modified klms control
This paper deals with the modified kernel least mean square (KLMS) control strategy in double-stage, solar photovoltaic (PV) grid tied system to enhance the power quality at common coupling point (CCP). This proposed control algorithm has less oscillations, fast convergence, fast dynamic response and good steady state performance. A control strategy is used to extract the fundamental active current component of load and generates reference grid current for a DC-AC converter. The proposed modified KLMS control mitigates multiple power quality concerns such as harmonics reduction, unity power factor and load balancing. The dynamic performance of proposed system is confirmed into the MATLAB\Simulink environment. Test results on hardware implementation are presented at varying solar irradiation levels and load unbalancing. Test results are found satisfactory and total harmonic distortion (THD) of the grid currents are observed well within the IEEE-519 standard.
Modelling and voltage control of the solar wind hybrid micro-grid with optimi...
Electricity generation from the wind and solar photovoltaic (PV) systems are highly dependent upon weather conditions. Their intermittent nature leads to fluctuations in their output. Therefore, the need for rapid compensation for energy transmission and distribution systems is increasingly important. Static Synchronous Compensator (STATCOM) can be adopted for reactive power compensation and for decreasing the voltage fluctuation caused by the system and renewable energy sources. This study presents modelling of a Solar PV-Wind Hybrid Micro-grid and the increase of the stable operating limit of the system in case of the incorporation of STATCOM is examined. The major contribution of this paper is the optimization of gain parameters of four PI controllers in STATCOM control circuit based on genetic algorithms (GA) and Bacteria Foraging Algorithm (BFA) and therefore obtaining better responses and voltage stability in terms of nonlinear nature of solar-wind hybrid micro-grid. The Simulink models of the system architecture include a wind turbine model, a solar PV power system model and a STATCOM. It is certified that the voltage fluctuation at the end of the bus bar is reduced by 8% using conventional PI controller, by 10% for GA-based PI controller, and by 15% for BFA based PI controller under variable load. The results obtained by GA and BFA-based optimization of PI controllers are compared with that of the conventional controller and better results attained.
Irradiance-adaptive PV Module Integrated Converter for High Efficiency and Po...
The strive for efficient and cost-effective photovoltaic systems motivated the power electronic design developed here. The work resulted in a DC-DC converter for module integration and distributed maximum power point tracking (MPPT) with a novel adaptive control scheme. The latter is essential for the combined features of high energy efficiency and high power quality over a wide range of operating conditions. The switching frequency is optimally modulated as a function of solar irradiance for power conversion efficiency maximization. With the rise of irradiance, the frequency is reduced to reach the conversion efficiency target. A search algorithm is developed to determine the optimal switching frequency step. Reducing the switching frequency may, however, compromise MPPT efficiency. Furthermore, it leads to increased ripple content. Therefore, to achieve a uniform high power quality at all conditions, interleaved converter cells are adaptively activated. The overall cost is kept low by selecting components that allow for implementing the functions at low cost. Simulation results show the high value of the module integrated converter for DC standalone and microgrid applications. A 400 W prototype was implemented at 0.14 Euro/W. Testing showed efficiencies above 95% taking into account all losses from power conversion, MPPT, and measurement and control circuitry.
Intelligent Power Sharing of DC Isolated Microgrid Based on Fuzzy Sliding Mod...
The document describes a novel droop control strategy for accurate power sharing in an isolated DC microgrid considering uncertainties and disturbances. It proposes using a sliding mode controller based on a Takagi-Sugeno fuzzy model to represent the nonlinear droop characteristics. The control strategy compensates for uncertainties and disturbances to achieve accurate proportional load power sharing without communication. The method is verified through PSIM/Matlab simulation to regulate load changes and ensure system stability in the DC microgrid.
Implementation of solar pv battery and diesel generator based electric vehic...
In this paper, a solar PV (Photovoltaic) array, a battery energy storage (BES), a diesel generator (DG) set and grid based EV charging station (CS) is utilized to provide the incessant charging in islanded, grid connected and DG set connected modes. The charging station is primarily designed to use the solar photovoltaic PV array and a BES to charge the electric vehicle (EV) battery. However, in case of exhausted storage battery and unavailable solar PV array generation, the charging station intelligently takes power from the grid or DG (Diesel Generator) set. However, the power from DG set is drawn in a manner that, it always operates at 80-85% loading to achieve maximum fuel efficiency under all loading conditions. Moreover, in coordination with the storage battery, the charging station regulates the generator voltage and frequency without a mechanical speed governor. It also ensures that the power drawn from the grid or the DG set is at unity power factor (UPF) even at nonlinear loading. Moreover, the PCC (Point of Common Coupling) voltage is synchronized to the grid/ generator voltage to obtain the ceaseless charging. The charging station also performs the vehicle to grid active/reactive power transfer, vehicle to home and vehicle to vehicle power transfer for increasing the operational efficiency of the charging station. The operation of the charging station is experimentally validated using the prototype developed in the laboratory.
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