Energy Conversion Systems

Course Final Project:
Research Paper on Solar & Photovoltaics
(Individual)

This project required us to choose a conversion system, discuss the advances in the technology and to create plausible solution for a more sustainable world based around the conversion system of our choice by utilizing the theory taught in the course and simulation tools that we were exposed to in the course.
I chose to dive into photovoltaics and how we can reduce our carbon footprint with a model primarily utilizing leading-edge photovoltaic technology.

Mini Project 1:
Spark Ignition Engine & Otto Cycle Analysis
(Group)

With my team, we analyzed a spark ignition modeled as an ideal air-standard Otto cycle to find its efficiency, work and power. In addition to this analysis, a discussion to various other research based questions on combustion and spark engines are answered with in depth analysis and examples.

Mini Project 2:
Steam Power Plant & Rankine Cycle Analysis
(Group)

With my team, we analyzed a "supercritical" coal-fired steam power plant operating on a Rankine cycle to plot a P-H diagram, find various parameters including: the output power of the turbines in the system, power drive the pumps in the system, the total heat transfer to the steam generator, and efficiency in order to find the cost savings between the reheat system and the conventional system used for the steam plant. In addition to this analysis, a discussion to various other research based questions on reheat systems and fuel types are answered with in depth analysis and examples.

Mini Project 3:
Air Conditioner &Vapor Cycle Analysis
(Group)

With my team, we analyzed a vapor cycle in order to generate T-s & P-h diagrams for R-134a and to compute the compressor power, heat transfer, and COP of the air conditioner and heat pump in the system. In addition to this analysis, an additional analysis was performed to find the optimal air conditioning system (lowest cost) and to examine the sensitivity of the optimal solution developed.