Embedded Systems Projects

Thursday 4 November 2021

iot projects using arduino 2021 - Powerintegrated

Project Center in Trichy is a design company that works closely with its technical customers to achieve results as fast and as cost effectively as possible With a highly skilled and experienced team of engineers, we provide a broad range of electronic design skills and resources to your project, as it is needed. This gives the project manager the flexibility and control to optimize the project for fast completion or cost, or to react to the unexpected Specialist Area. Our engineering team is made up of engineers with many years of experience with major engineering companies, taking products from concept through to production. iot mini projects 2021

Home automation system is one of the automation systems, which is used for controlling home appliances automatically (sometimes remotely) with the help of various control systems. The home automation systems are used for controlling the indoor & outdoor lights, heat, ventilation, air conditioning in the house, to lock or open the doors & gates, to control electrical & electronic appliances and so on using various control systems with appropriate sensors. iot agriculture projects

Abstract:

The objective of this project is to inform the power failure and voltage fluctuations to TNEB station automatically using DTMF tones on Interactive voice response (IVRS) complaint center. If any one of the house or industry power is failed or voltage fluctuation this system will automatically make a voice call to TNEB complaint center from registered mobile number and play the DTMF tones at predefined timing to place a corresponding complaint at TNEB. In this project we will use embedded system to do these operations. The subscriber kit consists of PIC microcontroller, DTMF encoder, GSM modem and Power fault sensor.power system projects for final year electrical engineering 2021

This project continuously monitors the power presence and measures the voltage constantly using Analog to digital convertor in microcontroller. Microcontroller manipulates the data, if any issue found, it send command to GSM modem via RS232 port to make a call to TNEB IVRS complaint center. And play the corresponding DTMF tones at predefined timing to make complaint.

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electrical engineering diploma projects 2021 - Powerintegrated

Power Integrated Solutions, the innovators in Commercial, Electronics Products, Engineering Lab Equipment’s and IEEE & NON-IEEE Based projects, project center in trichy. Our service offers for the complete product development cycle. Our team has more than 10+ year experience in the field of embedded based application designing, product development, project training and course training so.We have also done more than 3000 projects based on Electronic,Electrical,Computer Science,Power Electronics and Power System.In the world, there is a strong demand from industry for engineers who have implementing new technologies for a task. diploma projects for electrical engineering related to power

INTRODUCTION AND BASIC IDEA ABOUT EMBEDDED SYSTEMS.
BRIEF THEORY AND APPLICATION FOR EMBEDDED SYSTEMS TRAINING IN TRICHY.
INTRODUCTION TO RASPBERRY PI /ARDUINO / 8051 Micro-Controller / PIC16F877A / ARM MICROCONTROLLER.
ARCHITECTURE OF ALL DEVICES
COMPARISON OF ARDUINO, ARM, 8051 AND PIC ARCHITECTURES.
THEORY AND PRACTICAL IDEA OF LED INTERFACE.
THEORY AND PRACTICAL IDEA OF SWITCH INTEERFACE WITH MOTOR CONTROL.
PRACTICAL IDEA OF LCD INTERFACE.
THEORY AND PRACTICAL IDEA OF RELAY INTERFACE.
PRACTICAL IDEA OF IR SENSOR AND TEMPERATURE SENSOR INTERFACE.
DESIGN OF VOLTAGE SENSOR AND CURENT SENSOR.
ADC AND DAC INTERFACE.
WIRELESS GSM AND GPS INTERFACE.
SERIAL COMMUNICATION. power electronics projects for final year electrical engineering 2021
THEORY AND PRACTICAL IDEA OF TIMERS AND COUNTER INTERFACES.
THEORY AND PRACTICAL IDEA OF DUST SENSOR AND GAS SENSOR.
PRACRICAL IDEA OF BLUETOOTH AND FINGERPRINT INTERFACE.
PRACTICAL IDEA OF WIFI COMMUNICATION.
IDEA FOR BASED MINI PROJECT / PROJECT TEST

PEAK ENERGY MANAGEMENT USING RENEWABLE INTEGRATED DC MICROGRID

ABSTRACT:

Thirst for energy is increasing significantly with increase in economy around the world which burdens conventional grid (CG) due to peak demand, energy deficit and carbon emission, but major part of continents has plentiful wind and solar energy which can be harnessed locally to minimize it.

Major objective of this project is to reduce the peak power deficit present in CG system and to provide a reliable power supply even in case of grid failure or during blackout. In this project, development and evaluation of a small scale grid interactive DC microgrid (DCMG) for residential houses, telecommunication systems and data center has been proposed.iot projects for final year

The objective is being achieved by designing a comprehensive power flow control strategy and explored for different practical scenarios through real time simulation in RSCAD/RTDS platform. A Prototype is developed to validate the simulation results presented during grid connected and isolated mode.iot projects using arduino 2021

final year projects for electrical engineering 2021 2022 - Powerintegrated

The determined professionals at our end, bring to our valued customers a quality product, the Water Automation Systems. These products are made from best-in-industry quality raw materials acquired from trusted vendors and thus maintain the international standard in their operation. The Water Automation Systems we provide also have the following type of systems, Multiple Tanks Automation Systems, Multiple Building Water Automation, Single Pump Multiple Tanks Automation, Automatic Off Pump and Manual On Auto Off from India.final year projects for electrical engineering related to power

FUZZY LOGIC BASED INDUCTION MOTOR PROTECTION SYSTEM

Abstract:

Protection of an induction motor (IM) against possible problems, such as overvoltage, overload, over temperature, and under voltage, occurring in the course of its operation is very important, because it is used intensively in industry as an actuator. Induction motors can be protected using some components, such as timers, contactors, voltage, and current relays. This method is known as the classical method that is very basic and involves mechanical dynamic parts. diploma projects for electrical engineering 2021 2022 Computer and programmable integrated circuit (PIC) based protection methods have eliminated most of the mechanical components. Vibration problems in induction motors can be extremely frustrating and may lead to greatly reduced reliability. It is imperative, in all operations and manufacturing processes that down time is avoided or minimized. If a problem does occur the source of the problem is quickly identified and corrected. With proper knowledge and diagnostic procedures, it is normally possible to quickly pinpoint the cause of the vibration. electrical engineering projects for diploma 2021

In this project we are measuring the under and over voltage using voltage transformer, voltage transformer connected to ADC port in microcontroller. And current transformer used to measure the Over current / Over load and this also connected in ADC port of the microcontroller. NTC and Vibration sensor is also iot project titles topics 2021 2022

connected in same ADC port. Microcontroller displays all the parameters in LCD display. If any mal values occurs microcontroller disconnects thee induction motor from the power supply automatically using relay bank.

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electrical engineering projects for final year 2021 - Powerintegrated

Foundation IP
Memory Design & Layout, IO Design & Layout
Analog Design & Layout, Standard Cell Design & Layout
ASIC Design, RTL design
SoC Verification (OVM/UVM), Physical Design
Technology/Infrastructure, CAD flow and methodology
PDK development and QA, Techfile development and QA final year projects for electrical engineering 2021 2022

Power Electronics

IoT based Power Electronics.
dsPIC IC Support.
MPLAB – PIC Microcontroller Compiler
CCS COMPILER – PIC Microcontroller Compiler
Arduino – dsPIC Integration.
MATLAB – Power Electronics and Image Processing Application
Inverter / Converter Design. electrical engineering diploma projects 2021
Level Inverter Mainfest.
Grid Integrtaion.
Motor and Drives Integrated.
Altium Designer – PCB Design Software

ENERGY FREE ELECTRIC BIKE

ABSTRACT:-

Nowadays the usage of vehicles has become a important need for transporting our source to destination. The use of fuel bikes like diesel and petrol engines are more but the cost of the fuel for the bike engines are expensive in recent days. Today the rate of petrol per liter is too expensive.

To eliminate this e-bikes are introduced which are chargable. But the electric charges for e-bikes are high and not easy to take it for long drive. To avoid this problem we have new technique and easy solution to generate and reuse the energy in e-bikes. The electricity is generated by dynamo which is coupled to the same shaft of the motor. This process is called re-generatable and re-use.iot based projects 2021 2022

There will be growing demand for Electric Bikes in India as it has less air pollution, lower maintenance cost and reduced noise using Electric-Bikes. The frame is strengthened in the improved design at the critical locations. Vibrational characteristics are studied by carrying out the modal analysis with specific emphasis on handle bar modes , battery box and motor dynamo modes.

In design improvement , free energy electric bike consists of two electrical rechargeable batteries are connected in series to provide the required charge for motor .The motor is directly coupled to dynamo through the shaft consists of gear mechanism .The power generated by the dynamo is stored in same battery .The speed control of motor is done by controller box.

Powerintegrated - EEE, IOT, Finalyear Projects
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electrical engineering final year projects 2021 2022 - Powerintegrated

We’re glad you’re here and want your on boarding experience of to be smooth and organized. This development software and hardware so you get a clear overview about what to expect during your first days with the company. We provide services in following technologies Solar Panel, Embedded Systems, IOT ,Robot , Power Electronics , Power Systems , Grid Monitoring , Renewable Energy, Drives. electrical engineering projects for final year 2021

Starting a new project(Useful folder structure; importing reference schematics; collecting and sorting documents)
Schematics design(Drawing schematics; conventions and useful tips to create readable schematics)
Selecting components and creating libraries(How to select components for your designs to prevent problems during production; how to create useful libraries)
Footprints, 3D models and starting a new PCB(How to create footprints and a 3D model of your PCB; how 3D models can help you) final year projects for electrical engineering 2021 2022
Variants & BOMs(Creating and using variants; generating professional BOMs; job files)
Checking Libraries and Schematics(Techniques for properly checking your libraries & schematics to help you design boards that work right the first time)
PCB Layout ( 1st Part ) & Placement (How to do layout; how to do placement; tips and tricks )
PCB Layout ( 2nd Part ) & Impedances, Stackup(How to tweak your layout; how to design your own stackup; what is important)
Stackup (2nd Part), Finishing PCB, Length Matching (HDI Stackup; how to finish and check your PCB; how to do length matching)
Generating Output documentation(How to add important information for manufacturers; how to generate professional documentation; assembly drawings, Gerber files, etc.)

DESIGN OF BUS TRACKING AND FUEL MONITORING SYSTEM

ABSTRACT:

The need for efficient public transportation system such as buses is rapidly increased due to the increasing in population, the passengers need to know the accurate arrival time of the particular bus to particular station and then plan their journey from their home. Fuel monitoring have been the major problem that most of bus companies looking to solve. final year projects for electrical engineering related to power

This project developed a bus tracking and monitoring the fuel and speed system to provide a facility for the management requirements by the administrator. The proposed system based on Arduino, GSM/GPS and map suit ASP.MVC which provide the actuated arrival time in addition to graphically showing the bus location on Google map. The design also enables the owner of the buses to monitor the bus instantaneously because the system administrator can easily maintained database information of buses and its fuel tank at any time of the service.

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Wednesday 26 August 2020

Design and Implementation of Embedded Configuration - Power Integrated

As the application area of embedded system widely broadened in recent years, its working environments are more complex and constraint. Thus it needs much more dedicate and systematic architecture design for meeting the requirements of the application such as real time, concurrence, efficiency, etc. Processes fulfilling different tasks are not simply added in together for an integrated system The relationship amongst processes needs to be considered more carefully. For embedded software system, having many peripherals is quite normal. Device drivers are responsible for controlling the behaviors of the peripherals. Since devices are rather independent of center module, and have much more uncertainty time cost because of different tasks such as data collection, status control or data preprocess, the drivers then are converters that connect slower speed devices with higher performance center modules. In conventional architecture, drivers usually directly interact with the center modules .When the number of driver tasks is enormous and much more synchronization constraints existing for those parallel processes, such a directly coupling structure seems not very suitable, which may lead to a disaster for the performance of system. Since directly coupling architecture is not fit for solution of the previous problem, software agent design seems proper for effectively controlling multi-access and parallel processing [6][7]. Software agent can be defined as referring to a component of software and/or hardware which is capable of acting exactingly in order to accomplish tasks on behalf of its user [8]. In this issue, agent is deputy for the peripheral drivers to concurrency and synchronization. It rearranges the multi-access sequence for supporting as many parallel processing requests, and with specific scheduling algorithm [9] [10] such as Rate Monotonic Scheduling (RMS) algorithm [11] [12] [13] for satisfying time constraints of tasks. The indirect coupling architecture of agent can well adapt to meeting the requirements of parallel processing for better performance, and it has good extensibility for future multi-agent applications. This issue is organized as follows. Section 2 introduces software agent architecture design for parallel processing embedded applications. View More

many peripherals is quite normal. Device drivers are responsible for controlling the behaviors of the peripherals. Since devices are rather independent of center module, and have much more uncertainty time cost because of different tasks such as data collection, status control or data preprocess, the drivers then are converters that connect slower speed devices with higher performance center modules. In conventional architecture, drivers usually directly interact with the center modules [4] [5].When the number of driver tasks is enormous and much more synchronization constraints existing for those parallel processes, such a directly coupling structure seems not very suitable, which may lead to a disaster for the performance of system. Since directly coupling architecture is not fit for solution of the previous problem, software agent design seems Read More proper for effectively controlling multi-access and parallel processing . Software agent can be defined as referring to a component of software and/or hardware which is capable of acting exactingly in order to accomplish tasks on behalf of its user [8]. In this issue, agent is deputy for the peripheral drivers to concurrency and synchronization. It rearranges the multi-access sequence for supporting as many parallel processing requests, and with specific scheduling algorithm [9] [10] such as Rate Monotonic Scheduling (RMS) algorithm [11] [12] [13] for satisfying time constraints of tasks. The indirect coupling architecture of agent can well adapt to meeting the requirements of parallel processing for better performance, and it has good extensibility for future multi-agent applications. This issue is organized as follows. Section 2 introduces software agent architecture design for parallel processing embedded applications. Section 3 applies RMS algorithm for scheduling concurrency tasks by agent.

https://powerintegrated.in/home-automation-iot-based-real-time-product-smart-switching/

https://powerintegrated.in/water-tank-automation-in-trichy/

project centre in trichy - Power Integrated

With the ever-increasing application of embedded systems in the field of industrial control, the demand for embedded configuration software becomes inevitable. This paper presents a general method of developing embedded configuration software based on embedded Linux operation system. The software architecture consisting of host and target is given out. The relationship between graphic-element classes and its implementation are described. The animation implementation technology of dynamic graphic-elements and data communication mechanism based on signal and slot are discussed in detail. Furthermore, aimed at the poor processing power of embedded microprocessors and the limited storage resources on embedded platforms, the paper proposes a multi-level strategy for the performance optimization of embedded configuration software. The experiment result shows that this embedded configuration software can meet userpsilas requirements on real-time performance and resource consumption, and thus has application prospect and popularization value. View More

The Embedded Systems are now in use more commonly in our daily lives. They can accomplish many complicated tasks in different working environments, and concurrency and synchronization are ordinary problems the embedded software usually must be confronted with. This issue presents a novel method for controlling such problems efficiently. To avoid the inefficiency or collision induced by directly coupling amongst multi-tasks that conventional methods mostly did, software agent architecture designing can cope with such work more properly. The main work of this article includes designing agent architecture for typical concurrency embedded system applications, and adapting classic RMA for scheduling tasks which have soft real time requirements. Lastly, a case study has been done on a typical embedded system scenario, where multi-peripheral devices parallel processing is analyzed with this method and the results show that can get a good concurrence performance. Read More

IoT based Power Electronics.
dsPIC IC Support.
MPLAB – PIC Microcontroller Compiler
CCS COMPILER – PIC Microcontroller Compiler
Arduino – dsPIC Integration.
MATLAB – Power Electronics and Image Processing Application
Inverter / Converter Design.
Level Inverter Mainfest.
Grid Integrtaion.
Motor and Drives Integrated.
Altium Designer – PCB Design Software

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Thursday 4 November 2021

BRIEF THEORY AND APPLICATION FOR EMBEDDED SYSTEMS TRAINING IN TRICHY.

Power Electronics

Wednesday 26 August 2020