Category: Electrical Projects

The Project Report On Automated Electricity Meter aims to move away from the traditional method of manual reading of electricity meters in which an individual has to physically record the reading. Instead the project proposes to successfully be able to take the meter reading automatically without having a person be physically present while taking the reading, thereby reducing manpower requirement.

An Automated meter is an advanced meter (usually an electrical meter) that records consumption at all instants and communicates the reading information via wireless network back to the central system for monitoring and billing purposes (telemeter) as per the requirement and regulation of the energy supplier. It enables two-way communication between the meter and the central system. Automatic electricity meter reading system is implemented, which provides cost-effective, reliable and interference free data transfer between remote meter reading units and the electric utility control center. The meter reading and management processes are free from human involvement. Based on the existing telephone networks, it is very flexible for utility companies to access, service and maintain this meter reading system. A user friendly and window-based user interface is designed which fully utilizes the personal computer’s terminate and stay resident programming techniques to achieve communications between the remote meter reading units and the personal computers in the electric utility control center.

Project Report On Automated Electricity Meter Conclusion:

The proposed system for energy billing is automatic without human intervention and consumer can directly know the amount he has to pay .So it is both consumer and EB friendly.

In future, this system can be improved by some additional features meeting the consumer requirements like emergency signal from the EB station employees; bill payment acknowledgement alarm etc., by just replacing the transmitter in the consumer side with a transmitter and receiver antenna. The receiver micro controller can be made designated for some other applications also.

Download Electrical and Electronics Engineering EEE Final Year Project Report On Automated Electricity Meter.

This Project Report On Analysis Of Low Dynamic Power Listening Schemes In Wireless Sensor Networks contains general methods for designing low-power wireless sensor network. Various sources of energy consumption in these networks are here and discuss techniques to alleviate the present consumption of energy. Wireless sensor networks are widely used in many important areas such as target detection and tracking, environmental monitoring, industrial process control and tactical purposes.

Wireless sensor networks have used in a variety of applications and has become an attractive location for researchers in recent years. Because of the limited energy storage capability of sensor nodes, energy consumption is one of the most difficult aspects of these networks, and different strategies and protocols to deal unattended with this area. As nodes in wireless sensor networks, usually with a limited power source, energy-efficient operation of the nodes is very important. Although energy savings are appropriate in the communication in different layers of the TCP / IP protocol will be carried out save energy at MAC layer is found, the most effective agent because of its ability, the radio can be controlled directly. Therefore, a permanent network of wireless communications to ensure the sensors, we are in need of a MAC protocol that is capable of energy efficiency is overheard by maximizing the amount of sleep, listen to minimize idling and improve and eliminate the hidden terminal problem or a collision of data packets. In this paper we examine the available energy-efficient MAC protocols for sensor networks emphasize their energy-saving methods.

Project Report On Analysis Of Low Dynamic Power Listening Schemes In Wireless Sensor Networks Conclusion:

It is mainly due to stringent resource constraint both in sensor nodes and in wireless media. Several energy-efficient medium access control protocols both contention-based and reservation-based for the wireless sensor network that have been proposed by the researchers are presented in this report. The design of an optimized MAC protocol for energy efficiency also depended on the actual application. However, no specific MAC protocol has been accepted as a standard. Another reason is the lack of standardization at lower layers (physical layer) and the sensor hardware.

Download Project Report On Analysis Of Low Dynamic Power Listening Schemes In Wireless Sensor Networks.

In this Project Report On Agriculture Aid -Seed Sprinkling And Crop Care-Taking Mechanism we will be covering and understand the following topics:

• 8051 Hardware Designing
• Coding in 8051 Assembly
• PCB designing and concepts
• Controlling and driving mechanism of Relays to control External Devices.
• Motor controlling mechanisms
• Temperature and other sensors monitoring
• Modeling etc.

Since olden times man has been cultivating and depending heavily on the plants and crops to arrange for the staple food. To do this he had to toil and severe with labor. As the technology advances people wish for more and more comfort, reliability and fast operations. India is a farmer’s country and major part of the revenue is generated out of the agriculture industry.

Keeping the above ideology in mind proposes to design a unit with the following features: Ploughing, Seed sowing, Seed sprinkling, Harvesting, Pesticide Sprinkler. The proposed mechanism is a chain drive, which has a higher benefit balancing function and proper weight distribution on the conventional wheeled ploughs. This is the seed through a tube connected to the tank to facilitate and seeds are a mechanism to control the flow of control will be controlled by seed limited. Controlling High-speed fan and to achieve before casting seeds sprinkling. Harvester is a horizontal multi-arrangement in a circle, which is supported in the cutting of the stock with ease. This arrangement of the various motors, chains and pipes are made its controlling mechanism. The electronic control mechanism will be supervised by an Atmel’s 89C51 micro-controller.

Project Report On Agriculture Aid -Seed Sprinkling And Crop Care-Taking Mechanism Conclusion:

Typically all these things Ploughing, Seed sowing, Seed sprinkling, Harvesting, Pesticide Sprinkler. Are done manually and require time and effort from the farmer. Moreover the convention method is a slow process and throughput is primarily driven by the efficacy of the labor being employed. To overcome all this a mechanism was designed will be consisting of various motors, chains and pipes and its controlling mechanism. The electronic control mechanism will be supervised by an Atmel’s 89C51 micro-controller.

Download Project Report On Agriculture Aid -Seed Sprinkling And Crop Care-Taking Mechanism.

This EEE Project Report On Advances In Renewable Energy Source  study of renewable energy sources is an important topic in the field of the combustion science. Aim of this report is to report some preliminary results concerning the solar, wind, bio-fuels, geothermal energy & their commercialization.

Power deregulation, which resulted in restructuring of the power industry, and shortage of transmission line capacities have led to increased interest in the use of distributed generation (DG) sources, mainly at the distribution level near load centers, for support of the utility grid. Moreover, technological advances in renewable (wind, solar) and other alternative energy DG (AEDG) sources, e.g. micro turbines and fuel cells, coupled with environmental concerns over the use of conventional steam power plants have developed especial interest in their use. However, because of the non-dispatch able nature of renewable energy and slow nature of some alternative energy power generation sources, e.g. fuel cells, multi-source operation of these sources and/or their parallel operation with a storage device is necessary to make their operation more reliable. This paper discusses the need for multi-source operation of AEDGs. It reviews four different AEDG sources – wind, solar photovoltaic (PV), micro turbine, and fuel cells – and discusses their multi- source operation for better power management and reliability.

EEE Project Report On Advances In Renewable Energy Source Conclusion:

Recent advances in renewable energy technologies indicate they may have a significant role as a future source of energy supply. However, there are several misconceptions surrounding current renewable energy technologies, in particular that fossil fuels are running out, that increased renewable energy use will reduce on imported energy and that renewable energy, by the simple fact of being renewable, is always more environmentally friendly. Deeper exploration of these issues reveals much uncertainty of future conditions. Faced with such uncertainty, broad based market mechanisms are likely to provide the best means to achieve desired environmental outcomes and to stimulate further development of clean technologies. There is a danger that prescriptive approaches could lock the economy into a high cost emissions reduction path.

Download EEE Project Report On Advances In Renewable Energy Source.