Poster for FREEDM
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The document outlines a technical approach to develop cost analysis modeling for peak shaving of energy storage devices. It involved conducting a literature review on cost analysis and peak shaving models, developing a cost analysis model of a LiFePO4 battery in COMSOL, and defining peak load shaving. Accomplishments included completing the literature review and developing an initial COMSOL lithium-ion battery model. Next steps are to develop a COMSOL model of an LTO-LMO battery, create a peak shaving model, and compare the new model to commercially available ones to reduce load demand and costs.
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Csikung gyakorlatok bemutatása rövíden
http://bit.ly/CsikungTanfolyam - Egészséges életmód a csikung gyakorlatokkal könnyedén
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Immunredszer erősítés felsőfokon. Tudja meg hogyan a linkre kattintva!
Ha ki szeretné próbálni a csikung gyakorlatokat itt jelentkezhet: goo.gl/HtF04G
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Ha ki szeretné próbálni a csikung gyakorlatokat itt jelentkezhet: goo.gl/HtF04G
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Poster for FREEDM
- 1. Objective: Technical Approach: Accomplishments: Next Steps: Potential Impact: R. Scott, L. Morris, M.H. Weatherspoon Cost Analysis Modeling for Peak Shaving of Energy Storage Devices • Develop Cost Analysis Modeling for DESD • Optimize Battery Sizing Strategy for Peak Shaving • Literature Review (Cost Analysis – Peak Shaving Model) • Develop Cost Analysis of the LiFePO4 Battery • Model LiFePO4 Battery in COMSOL • Define peak load shaving • List Potential Peak Shaving Models • Summarize Pros and Cons of the Top Commercially Available Peak Shaving Models • Completed Literature Review • Development of Basis COMSOL Lithium- Ion Battery • Develop COMSOL Model for the LTO-LMO Battery • Develop Peak Shaving Model • Differentiate Between the New Peak Shaving Model and the Commercially Available Models • Reduction on the Load Demand needed to support GEH • Reduction in Cost of the ESS