Making of a Successful Power Thesis
Power thesis is written by the students researching on Electrical Power Engineering. As the word “power” has meanings other than Electrical or Mechanical Power, students in other disciplines also write power thesis on different topics related to power. Examples are Political Science students writing power thesis on Power Politics, and Psychology students writing power thesis on use of power in relationships. However most of the power theses are written for presenting the research conducted by engineering students on problems related to electrical power and allied topics.
Identifying an interesting research problem for the thesis is not an easy task. Students cannot select any problem on their own, because the department will have to assign a suitable supervisor with knowledge on the selected topic. The department should have all the laboratory, workshop and computer facilities that will be required for the research project. Only after selecting a suitable research problem in consultation with the department, student can start work on writing a thesis proposal. Defining the research problem and writing the is the first step in making the thesis proposal.
Choose a Research Problem of Current Interest
There are many problems faced by the power industry that are begging for solutions. Power generating companies, transmission and distribution companies and the organizations active in renewable energy have many problems that may interest any in Electrical Power Engineering student to do a research and write apower thesis. Normally the companies have their own Research and Development Departments to carryout in-house research, but they refer these problems to universities also and make funds and facilities available for the research. Some students can get grants or scholarships for their research and thesis from the companies interested in these problems.
Writing the Thesis to present the Results and Evaluation
After preparing and getting the approval for the thesis proposal which may take a few months, students spend their time setting up and conducting experiments, writing computer programs, collecting data from power plants, transmission and distribution utilities and meeting technical people in the industry to discuss various issues related to the problem being researched. After months of arduous actual research, students will have to submit the final thesis. Writing the first draft can be done in parts parallel to the work. However, students should work according to the thesis plan with specific target dates made for the thesis proposal and write the thesis on the thesis outline prepared at the beginning.
Thesis Help will make your Thesis Exceptionally Outstanding
In researching and writing a thesis on a problem in Power, theoretical advice will be forthcoming from the advisor and the senior faculty. It is true that students cannot buy thesis and submit to earn their degrees when doing a Master’s degree or a Doctorate in power engineering. Still, there are many areas that the student may need help for completing the power thesis. By getting help for reviewing literature review, writing the thesis with necessary tables, graphs, pictures and photos, editing and proofreading, writing computer programs, locating special equipment etc. will not only save time for the student but will make the final thesis exceptionally outstanding.
· Potential for nuclear power in Pakistan
· Reactive plant management and network VAr Flows
· Modernized Power system with Smart users and utilities
· Wind power and its forecasting.
· Autonomous Girds
· Smart homes and buildings
· VSC-hvdc for smart transmission interface
· FACTS controllers
· Detection and Diagnosis of Faults in power system
· Development of a system to study the motors efficiency and reduce kWh usage
· Setting up of a control system to monitor process usage of compressors.
· Develop a scheme to normalize compressor output to kWh.
· Research to develop and introduce schemes to ensure that energy consumption is efficiently used by electrical machines.
· Research to study transformer losses and to reduce energy loss.
· Research to study metering techniques to control efficiency.
· Research to introduce smart metering concepts to ensure efficient usage of electricity.
· Integration of smart metering pulsed outputs with wireless area networks and access real time data
· Power economics issues in competitive electricity market
· Risk evaluation in the deregulated electricity markets
· Non-conventional generators for distributed generation and their technical-economic impact
· Information processing in substations
· Losses breakdown and estimation in an electricity distribution network
· Comparison of the reliability of distribution technologies
· Costs of voltage dips and interruptions
· Field oriented control of an Induction Motor
· Three phase thyristor controlled 4 quadrant drive.
· Remote electrical power monitoring.
· Remote electrical monitoring via internet