#mtechprojects

Raspberry Pi projects for Engineering Students could be a development board that's also noted as one Board Computer has made plenty of noise since its introduction to the general public. the value and therefore the wide support community has further added to the wide selection of applications this board supports.

The Raspberry Pi Projects for Engineering Students Foundation promotes the study of basic engineering in schools and is chargeable for developing the RPi single-board computers

Raspberry Pi Flashing Led Projects

Raspberry Pi Robotics

The Raspberry Pi may be a credit card-sized and low-cost device.  This device allows all students and aged people to be told the way to write a program in a very language like Python and Scratch.

 We are providing you with a variety of the simplest ideas for building Raspberry pi Projects for Engineering Students with proper guidance and assistance. 

We are providing the best Electrical Engineering Final year projects for students. These projects are possible topics to be used in the final year of electrical engineering projects. The coming projects include major as well as mini-projects for the diploma and engineering students. These projects are innovative and new electrical projects to students as their project topic in their final year of engineering.

We’ve compiled a list of Electrical Engineering final year projects are divided into Power systems, Power electronics, and control systems.

1. Hybrid Wind/PV/Battery Energy Management-Based Intelligent Non-Integer Control for Smart DC-Micro grid of Smart University

Most people nowadays choose to live and work in smart areas, such as smart towns and smart institutions, where smart grid systems are integrated. Because a big portion of these smart grid systems rely on hybrid energy sources, energy management is a difficult problem.

The project is an intelligent energy management controller based on a combination of fuzzy logic and PID controller approaches. The controller’s goal is to get the extract maximum power from renewable energy sources (wind and PV) while also improving the micro grid’s power quality. The (wind and PV) energy sources are preferred to make the micro grid as cost-effective as possible.

The designed controller ensures smooth output power and service continuity and improve the power quality supplied to the micro grid by regulating the reactive power.

2. Implementation of Solar PV- Battery and Diesel Generator Based Electric Vehicle Charging Station

Electric vehicles (EVs) are now considered one of the most efficient ways of transportation due to their zero emissions. Electric vehicles are rapidly increasing being seen as revolutionary technology.

Electric vehicles are the ones which uses two or more sources of energy. In this project micro grid, grid linked, and DG set connected modes, an EV charging station (CS) is used to offer continuous charging. To improve the charging station’s efficiency and productivity, the charging station also performs active/reactive power transfer from vehicles to the grid, vehicle to house, and vehicle to vehicle.

3. Fuzzy Logic Control for Solar PV Fed Modular Multilevel Inverter towards Marine Water Pumping Applications

Now-a-days, the renewable energy resources like Solar and Wind became the most essential sources to generate power to the loads due to their sufficient way of producing energy. In this project the pumping of water in the marine system is the load which we are considering, uses the solar as a source by assuming different controlling techniques.

To produce the magnified power without any interruptions the solar is considered to be an efficient one. This will eradicate the emission of greenhouse gases and the usage of fossil fuels, which are going to be extinct. This can be used in the major applications like marine system and also for irrigation purposes.

4. Development of a Hybrid Energy Storage System (HESS) for Electric and Hybrid Electric Vehicles

Hybrid Electric vehicles are making allowance in the electrification of the transportation process. To avoid the explosion of detrimental gases that are occurring from the vehicle which is compressed of internal combustion based engines are effecting the mother earth and also the efficiency is low.

In this project a DC-DC converter, a battery, ultra-capacitor and electric motor are positioned to do the electrification process. The efficiency and reliability can be increased. The storing capacity of the hybrid energy systems can be increased for Electric vehicles and also for hybrid electric vehicles.

5. Solar Powered Unmanned Aerial Vehicle with Active Output Filter Under Non-Linear Load Conditions

Solar based Aerial Vehicles without operating by the crew are the key of escalating technology. The solar is the major source of energy which will supply the power without any interruptions. The usage of non-renewable resources can be abolished to some extent.

This project will consist the aerial vehicle, solar, six step inverter and a battery which will combine together to produce the magnified output. These aerial vehicles can work efficiently and effectively. The major application in which these vehicles are using is the Military based vehicles to detect the bombardment of the enemies.

For more Electrical Engineering final year projects details you can check these link https://takeoffprojects.com/page/blog/electrical-engineering-projects