Add to ORKGThis project explores a method for protecting electric power distribution systems against persistent faults. We designed and implemented a device that we called Smart Recloser Breaker to provide the necessary protection for a power distribution system. The Smart Recloser Breaker is to open when there is a fault on the main line and close only when the fault is removed or cleared. The device functionality was tested and demonstrated using theoretical and actual simulations
The grantee designed a high power (over 1MW) inverter for use in renewable and distributed energy sy...
In times when there is greater public concern with regard to energy consumption and the environment,...
The electric utility system, a ubiquitous and fundamental component of modern life, has changed more...
The goal of this project is to design, install and test a Smart Recloser system that is able to prot...
The goal of this Major Qualifying Project was to demonstrate ways to make improvements to a distribu...
The goal of this project was to develop an intelligent recloser system that is able to differentiate...
Power System, over the many years, has undergone dramatic revolution both in technological as well a...
This project explores the theoretical application of a method of identifying and locating transmissi...
The goal of this project was to design a Maximum Power Point Tracking system for solar panels that u...
In this thesis, we introduce a method to identify the most critical components (e.g., generators, tr...
Nonlinear loads pose significant problems to power engineers, and have proliferated in occurrence ov...
This thesis report is submitted in partial fulfillment of the requirements for the degree of Bachelo...
This paper goes through the design of an inverter for hand held tools wireless charger. The resultin...
Non-linear loads (NLLs) cause distortion known as harmonic pollution, it creates power quality issue...
The design and implementation of a Maximum Peak Power Tracking system for a photovoltaic array using...
The grantee designed a high power (over 1MW) inverter for use in renewable and distributed energy sy...
In times when there is greater public concern with regard to energy consumption and the environment,...
The electric utility system, a ubiquitous and fundamental component of modern life, has changed more...
The goal of this project is to design, install and test a Smart Recloser system that is able to prot...
The goal of this Major Qualifying Project was to demonstrate ways to make improvements to a distribu...
The goal of this project was to develop an intelligent recloser system that is able to differentiate...
Power System, over the many years, has undergone dramatic revolution both in technological as well a...
This project explores the theoretical application of a method of identifying and locating transmissi...
The goal of this project was to design a Maximum Power Point Tracking system for solar panels that u...
In this thesis, we introduce a method to identify the most critical components (e.g., generators, tr...
Nonlinear loads pose significant problems to power engineers, and have proliferated in occurrence ov...
This thesis report is submitted in partial fulfillment of the requirements for the degree of Bachelo...
This paper goes through the design of an inverter for hand held tools wireless charger. The resultin...
Non-linear loads (NLLs) cause distortion known as harmonic pollution, it creates power quality issue...
The design and implementation of a Maximum Peak Power Tracking system for a photovoltaic array using...
The grantee designed a high power (over 1MW) inverter for use in renewable and distributed energy sy...
In times when there is greater public concern with regard to energy consumption and the environment,...
The electric utility system, a ubiquitous and fundamental component of modern life, has changed more...