Solar Inverter using Super Capacitor

The project aims at developing a solar inverter, which helps farmers to control devices like irrigation water pump, fencing etc. Solar energy is used to power up the battery. The system has a provision for ON/OFF the solar battery charging according to farmers wish.

The project makes use of a solar plate. The solar energy obtained is stored to a battery. This AC is fed to loads like water pump, devices. The system also uses super capacitor to increase the battery life.

Future Scope: This project can be extended in a way such that the output from the solar plate is increased. This can be done by increasing the dimensions of the solar plate.

Conclusion: The project concludes a design of “Solar based inverter” such that the inverter was designed and from solar plate generates solar energy and utilizing this energy for load.

The objectives of the project:

1. Storing solar energy.
2. Design of inverter.
3. ON/ OFF control for loads.

The project focuses on the following areas:

1. Pulse generation techniques.
2. Solar cell working principle.
3. MOSFET working principle.

The major building blocks of this project are:

1. Solar panel.
2. Pulse generator.
3. MOSFET.
4. Step up transformer.
5. ON/ OFF switch.
6. Super capacitor
7. Rechargeable battery

Block Diagram:

A plug-n-play Internet enabled platform for Real time image processing

Existing System:

In the A plug-n-play Internet enabled platform for Real time image processing existing system, they have used a Cellular based technology which is very unreliable for the image data transmission over the web. As the network speed is very less, so we cant observe the results at rapid speed.

Proposed System:

Proposed A plug-n-play Internet enabled platform for Real time image processing System will be included with an advance algorithm based on Ethernet protocol, where will develop a server hosted on the raspberry pi board, and using Image processing algorithm the desired image will be processed and whenever the image processing is done immediately the results will be displayed on the webpage.

BLOCK DIAGRAM

Software:

Raspbian OS, Opencv, web server

Hardware:

ARM 11(Raspberry pi), Ethernet router, USB camera

Applications:

Web based results, Remote location accessing

Advantages:

Easy to access, live image feeding

Industrial parameters monitoring over PC with wireless prerequirements

You need these software’s/ settings to see the data in PC for this Industrial parameters monitoring over PC with wireless pre-requirements project.
step 1.
you need to install any serial monitor software (we recommend to use arduino software)
download link .
step 2
you need install cp2102 drivers in laptop.
after installing the both softwares in laptop open arduino software select the com port in tools.
Inline image 2
next you need open the serial monitor in arduino software and make the following changes for 1st time.
Inline image 3
Inline image 4
select  NL and NC and baud rate 9600.
 next switch on the transmitter unit you will the date .
 NOTE : – IF Receiver module is unpluged then again you need to open the serial monitor in arduino software freshly else you not be able to see the data.

Density Based Traffic Light Control System Report

In this density based traffic light control system project we presented an micro controller based traffic density controller for solving issues in existing system.

Density Based Traffic Light Control System

Now a day’s traffic controlling in the urban areas is becoming very difficult due to enormous increase of automobiles. So in order to rectify this problem we presented a nice way to regulate the vehicles in crowd and a junction area which eliminates the involvement of humans in its operation.

In recent days the wireless technologies were changing the entire criteria of the appliance control system and they acting as an crucial prospect in automation, due to the implication of the micro controller in the controller strategies the intelligent and the commanding prompts done by the human were easily performed by these fabricated chips in very less period of time at high levels of accuracy.

Youtube video link to view circuit diagram block diagram

http://www.youtube.com/watch?v=IBRd4K3Hoe8&feature=youtu.be

Proposed system:

The prototype in this project is a four junction setup; an infrared receiver is placed quite opposite to the infrared transmitter at the each junction nodes.

Interference between the transmitter and the receiver causes a interrupt signal which activated the relay and the micro controller acts whenever a considerable amount of the vehicles deposited at the respective nodes. The micro controller sends the abrupt timing signals to the traffic lights based on the varying intensities of the vehicles.

Download Density Based Traffic Light Control System Project Report

Advantages:

  • Traffic supervisor with high accuracy and reliability.
  • Regulates the dense traffic with is less operational speed.

Industrial Robotics Project

Industrial robotics Project Report highlights the importance of the manipulating robots in the present day advanced modified manufacturing techniques in industries. Apart from the conventional manual manufacturing process these automated techniques plays a vital role in performing repetitive tasks and their by increases the productivity levels.

Here in this paper we particularly concentrate on the aspects like implementation and the applications of these industrial manipulators with its future enhancements.

Introduction of robotics:

Robotics is nothing but the science and technology which deals with the design, construction and implementation of multi functional manipulating electro mechanical devices which can perform tasks repeatedly.

What is automation:

The science dealt in the manufacturing of self acting and self moving machines i.e. development of the sequential program which can access the electro mechanical devices effectively.

Different kinds of automation:

Till now automation is classified as three types firstly fixed automation secondly flexible automation and finally programmable automation.

  • Fixed automation- adopted in bulk productivity areas where an efficient and constant high production rate is required i.e. nuts and bolts manufacturing.
  • Flexible automation – whenever there is a requirement of variations in the production of the components flexible automation is implicated i.e. manufacturing of nuts and bolts of different kinds.
  • Programmable automation – an program of instruction where made in the areas where there is a need of variety of products of lesser quantity with greater flexibility.

Download Industrial Robotics Project Report.