From which grade in electrical engineering in india i can be able to build my own circuits? and different projects based on circuits and machines....???
Answers
Electrical Projects for Engineering Students
In our daily life, electrical projects are very useful in many fields and they need more power when compared with other projects. The circuits of these projects designed with passive components like resistors, capacitors, inductors, and many more. But many diplomae and engineering students don’t know the idea about how they work and which projects may come under this category. For those students here we are providing some projects which will helpful for their project work. Many of the engineering graduates showing a lot of interest in this stream. Electrical and Electronics Engineering involves designing, controlling, and maintaining electrical equipment. Some of the project areas of the electrical field are power generation, power system equipment maintenance and handling, industrial control and robotics, power electronics, and energy systems. Therefore, this article gives a brief explanation of the top 20 innovative electrical projects for engineering students.
Top 20 Electrical Projects for Engineering Students
Here we are providing the best electrical engineering projects for final year engineering students. These projects are potential topics to be used in the final year of electrical engineering projects. The following projects include major as well as mini projects for diploma and engineering students. These projects are innovative and new electrical projects to select as their project topic in their final year engineering.
GSM based Substation Monitoring and Control System
This project aims to acquire various substation parameters like current, voltage, temperature, power factor, etc., remotely via GSM communication. Thus, the remote operator can analyze these parameter values and take a corresponding control action. A user can remotely operate the substation equipment like circuit breakers, isolators, relays, buzzer alarms, and so on.
Substation Monitoring Electrical Projects
Various blocks of this circuit operation are shown above wherein a microcontroller accepts the inputs and correspondingly controls the outputs. The controller periodically sends the input parameters to a remote GSM mobile through the GSM networks. Similarly, this allows the control signals that are sent from the operators to control the substation equipment.
Zigbee Based Solar Powered Forest Fire Detection and Control System
The idea of implementing this project is to detect and prevent the forest fire remotely by using Zigbee communication. The entire transmitter circuit is located in the forest with different sensors like smoke and fire detectors, which are powered with a solar panel system. The embedded circuitry in the transmitter circuit collects processes the data and sends the data to a remote PC through the Zigbee communication module.
On the receiver side, a Zigbee-transceiver-based PC receives these signals and correspondingly alerts the fire engines and also actuates the fire protection equipment in the forest remotely.
Android Based Electrical Appliance Control
This is an advanced way of controlling the home appliances from a conventional manual switch pressing system. It uses an Android mobile with a user graphical interface application in it. The control circuit is attached to a number of devices to be controlled through a relay mechanism with a Bluetooth communication module.
Android Based Electrical Appliance Control
First, this Android mobile has to pair with the receiver side Bluetooth modem; once it is paired with the modem, the user can send control signals to the corresponding appliance to control it. At the receiver side, the microcontroller manages all the actuators for different loads depending on the control signals from the user.
Photovoltaic Solar Power Generation with Maximum Power Point Tracking
This system considerably minimizes the number of panels required to generate the electric power so that it reduces the photovoltaic array system cost. As the sun is not constant in one place, and by fixing the solar array at one fixed place, maximum power generation is not possible. Therefore, this system locates the maximum-power-generating point with the MPPT controller.
Photovoltaic Solar Power Generation
This system uses a quadratic equation-based algorithm that calculates the quadratic function corresponding to the maximum PowerPoint. Program-based software executes algorithm and correspondingly controls the DC converter to adjust the output voltage.
Explanation:
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