Power System Based Projects-converted

1. Power System Based Projects URL: https://takeoffprojects.com/power-system-based-projects Description: Power Systems Based Projects for Electrical Engineering Electrical Engineering may be a branch of engineering which deals with power generation, distribution, and utilization. The specialized stream in Electrical Engineering to study these are known as power systems. We discuss some power system projects here. Electrical machines, power electronics, and control systems-based projects would be explained in upcoming posts. In this post, we will have a glance at a couple of power systems projects for Mtech and BTech students. Load flow analysis is a method that is used to find the power flow in the transmission line and to find voltage and currents in power transmission lines. ➢ Newton Rap son method ➢ DC load flow method For large power systems, load flow analysis takes a considerable while and therefore the results are useful just for offline analysis. A real-time load flow analysis that can provide the load of the power grid in real-time would be useful for load management, power systems protection, etc. Load flow analyses are often performed by dividing the massive power system into many small parts. And one more improvement that enhances the performance of load flow analysis is distributed computing.

2. Load flow analyses are often performed by dividing the massive power system into many small parts. And one more improvement that enhances the performance of load flow analysis is distributed computing. If it’s possible to get the power flow real-time (within small intervals of time), load scheduling, protection, etc. can be done effectively. The project will be a simulation project that might require more than one computer and a complex IEEE standard bus. #2 power grid monitoring using Phasor Measurement Unit Phasor measurement unit (PMU) measures the voltage and angle and sends them to a centralized location with a satellite time stamp attached to the measurement. So the measured value from a PMU is going to be time-stamped value and makes the analysis simpler. A PMU has a lot of advantages over SCADA based power system monitoring system. PMU is expensive equipment and not installed altogether locations of power transmission systems. Power system utilities manage the data from PMU. Reduction in power system Harmonics are injected into a power system mainly fromSources that generate harmonics (Renewable sources) Electromagnetic interference (telephone lines near power line) Loads that inject harmonics (Power electronics converters) • To reduce the harmonics the three main techniques which will be used are Reduce the harmonics from load Add filters to remove harmonics from the system, or to block harmonics from entering the system • Improve transient stability of power system using STATCOM The Static Synchronous Compensator (STATCOM) may be a shunt device of the Flexible AC Transmission Systems (FACTS) family using power electronics to regulate power flow and improve transient stability on power grids. Electrical engineering projects supported by STATCOM are often categorized as power grid projects. Vehicle to Grid may be a technology of connecting electric vehicles to the facility grid – not just for charging but also for delivering electric energy to the grid whenever necessary. The electric car may be a relatively large load that affects the standard of power. When an electrical car is connected to the grid it affects the voltage, current, and power factor directly. • Another project field that we will increase the list of power grid projects is that the vehicle to grid technique for peak load management. Electric vehicles will be increased in number in the near future itself. They hook up with the facility grid to charge the battery. Renewable source to power grid integration. Micro generators generate electricity from various sources and that they have a high potential to attach to the facility grid. The generation of electricity at or around the load center itself is generally known as distributed generation. The conventional method of generating power at a location and transmit it to the load slowly changes thanks to the introduction of solar, wind, biogas, and other sorts of electricity generation.