Add to ORKGThis project assessed the feasibility of WPI’s parking areas for a solar canopy system, and developed a recommendation for the most effective option. Potential locations around campus were analyzed, with total area, sunlight exposure, and local topography taken into account. Regional climate patterns and solar incentives were also considered. Best practices were learned through interviews with solar installation companies and other schools with solar canopies. Ultimately, a comprehensive cost/benefit analysis was completed to estimate installation costs and payback periods
tableOfContents: Executive summary -- Correspondence to scope of work -- Chapter 1. Introduction -- ...
This Interactive Qualifying Project (IQP) assessed the feasibility of installing a small roof-mounte...
The main purpose of this project is to prove how much a solar system as source of energy could save ...
The purpose of this report was to examine the feasibility of transitioning New York State’s energy p...
While advancement of power generation and grid management technologies has enabled their broader app...
The purpose of this IQP was to produce a second look and assessment of the wind energy potential a...
Solar energy can be made more widely accessible by creating versatile solar cells that can be implem...
This research examines various aspects of energy sources, including analyzing fossil fuel and renewa...
This thesis focuses on fabricating monocrystalline silicon solar cell and highlights the surface pas...
The Water Energy Harvester MQP provides design insight into a novel system that collects energy from...
The purpose of this project was to design and develop a proof of concept Solar Charging Station capa...
Solar energy is one of the most important sources among renewables to reach the global energy requir...
In the last decade there has been a drastic increase in the penetration of variable generation (VG) ...
The goal of the project was to perform a feasibility study to assess the potential for installing a ...
This project focuses on the winter heating issues on the WPI campus. The Bartlett Center, Higgins La...
tableOfContents: Executive summary -- Correspondence to scope of work -- Chapter 1. Introduction -- ...
This Interactive Qualifying Project (IQP) assessed the feasibility of installing a small roof-mounte...
The main purpose of this project is to prove how much a solar system as source of energy could save ...
The purpose of this report was to examine the feasibility of transitioning New York State’s energy p...
While advancement of power generation and grid management technologies has enabled their broader app...
The purpose of this IQP was to produce a second look and assessment of the wind energy potential a...
Solar energy can be made more widely accessible by creating versatile solar cells that can be implem...
This research examines various aspects of energy sources, including analyzing fossil fuel and renewa...
This thesis focuses on fabricating monocrystalline silicon solar cell and highlights the surface pas...
The Water Energy Harvester MQP provides design insight into a novel system that collects energy from...
The purpose of this project was to design and develop a proof of concept Solar Charging Station capa...
Solar energy is one of the most important sources among renewables to reach the global energy requir...
In the last decade there has been a drastic increase in the penetration of variable generation (VG) ...
The goal of the project was to perform a feasibility study to assess the potential for installing a ...
This project focuses on the winter heating issues on the WPI campus. The Bartlett Center, Higgins La...
tableOfContents: Executive summary -- Correspondence to scope of work -- Chapter 1. Introduction -- ...
This Interactive Qualifying Project (IQP) assessed the feasibility of installing a small roof-mounte...
The main purpose of this project is to prove how much a solar system as source of energy could save ...