Senior Design Team 16 • Feasability of Solar PV Energy for Puerto Rico
Project Overview
The problem we are attempting to solve is that of the inefficient, outdated, and
unreliable fossil fuel powered grid currently being used in Puerto Rico. 37% of
generation in 2022 came from petroleum, while 43% came from natural gas, 17% from
coal, and a measly 3% from renewable resources. Many of the existing fossil fuel
powered generation plants in Puerto Rico are also near the end of their service lives, as
they were built in the 1960s and 70s, making them extremely inefficient. All of these
issues combined with the frequent extreme weather conditions that cause significant
damage to the grid and the lack of permanent repairs after said storms create a situation
where the price of electricity for Puerto Ricans is relatively high and they are forced to
deal with frequent power outages.
Our project aims to provide a model as a reference for ensuring cheap and reliable power to all of
Puerto Rico using photovoltaics combined with energy storage units. We need to ensure cheap and reliable
power for citizens so that their appliances stay in top condition and nothing needs constant replacing or goes to
waste. We need to ensure reliable energy for industries such as the medical industry with patients
hooked up to and relying on electrical machines and with medical supplies needing refrigeration or
filtration powered by electricity to remain usable. Finally we need to ensure the plan ensures this cheap
and reliable energy for the government and the power companies so that it may be considered or
adopted into Puerto Rico to provide resilience to natural disasters. This is a problem occurring all over
Puerto Rico, especially since 2017 when natural disasters destroyed the electrical infrastructure of
Puerto Rico. Electricity is a necessity and everybody in Puerto Rico relies on it to improve quality of life
and even to keep them alive in some cases. This project will be completed by estimating costs to
implement a modular, 50-home, micro PV grid which can interconnect or separate to deliver power to the grid or keep it
where it is needed.
Team Members
Manuel Perez-Colon
Team organization, research andpresentation organizer
Electrical Engineering Major at Iowa State University with a focus on power. Previously worked as a technician for 3-phase transformer maintenance and currently working as a test engineer for Collins Aerospace. I chose this project because in the future I want to work in the renewable energy industry and I felt this would give me great insight. In my free time, I love cooking, fitness, and watching different shows or movies.
Hannah Nelson
Client interaction and report coordinatorMajoring in Electrical Engineering with a minor in Spanish. Last summer I worked on a solar farm, and this coming summer I will be working for an organization that operates the power grid in the Midwest. In my free time I enjoy hiking and being outdoors, reading, baking, and spending time with family and friends.
Adam Curtis
Research and economic analysisElectrical Engineering Major at Iowa State University, focusing on power. I have experience working with electricians in commercial, residential, and industrial settings, and most recently spent a summer working with an engineering consulting firm to electrify a blast hole mining drill. I would consider myself a car enthusiast, and in my free time I enjoy PC gaming.
Larry Trinh
Economic and societal researchI got my first bachelor degree in Finance in 2016, and am currently working as manager for my family business. I am also a senior student in Electrical Engineering at Iowa State University. I had hands-on experience with circuit boards designing and testing. I spent two semesters working at Emerson Electric Co, Fisher Division as an electronic design engineer. I love working with small PCP. I also love playing soccer and spending time with my family.
Isaac Buettner
Grid modeling and technical analysisI am an Electrical Engineering major at Iowa State University, with a focus on power. I’m currently working as a student supervisor for ISU Dining, so if you see me, don’t be afraid to stop by and say hi. I would like to continue my education after graduating and get an MBA someday. In my free time, I enjoy playing and listening to music, playing video games, and watching movies and tv shows.
Weekly Reports
Presentations
491 | Lightning Talks | Final Presentations |
---|---|---|
Requirements, Contraints, and Engineering Standards Project Plan Design Plan Testing Plan |
Semester 1 - Final Presentation |
|
492 | Peer/Instructor Review Meetings | Final Presentations |
PIRM I PIRM II |
Smester 2 - Final Presentation |
Design Documents
Semester 1 - Final Design DocumentSemester 2 - Final Design Document