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Website Development The website for the Focus on Energy Microturbine Project can be found at: http://www.msoe.edu/orgs/focus/microturbine It provides detailed information on the status of the project as well as data and mathematical models for mechanical and electrical engineering and financial models. The website is broken into nine sub pages. • Home • Background • Methodology • Data • Multimedia • Links • Participants • For Business • For Professors The Home and Background pages describe the purpose of the project which includes a previous ASEE paper from 2003. [1] The primary engineering portion of this website comes from the methodology section and the data section. The methodology section breaks down each component of the power plant and describes the theory and assumptions used to analyze each component. Furthermore, there is a complete plant analysis used to determine the overall efficiency of the power plant on a first and second law basis. The data section provides electrical and thermodynamic data points from the microturbine via Engage Networks’ Active Energy Management (AEM) program. These data can be utilized by electrical and mechanical engineers to analyze the plant in real time. The multimedia page provides a real time look at the microturbine via a webcam. Utilizing this webcam a selection of images can be recorded, and a time lapse video is created periodically, which provides a visual record of the operation of the microturbine. Furthermore, there is a gallery of images during the construction of the microturbine site. The links section provides further resources on microturbine technology as well as links to corporations that provided hardware for the installation of the microturbine. The participants page includes institutions and corporations that have played a key role in the funding and progress of this project. The For Business section provides a financial model of the microturbine in peak shaving modes as well as thermal dispatch mode. These models can be utilized to determine if microturbine technology is cost effective for a variety of applications. Proceedings of the 2004 American Society of Engineering Education Annual Conference & Exposition Copyright © 2004, American Society for Engineering EducationPDF Image | A 60-kW Microturbine Demonstration Facility Phase II: Instrumentation, Website Development, and Evaluation
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