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Physical Sciences and Mathematics Commons™
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Full-Text Articles in Physical Sciences and Mathematics
Model-Driven Analytics Of Energy Meter Data In Smart Homes, Sean K. Barker
Model-Driven Analytics Of Energy Meter Data In Smart Homes, Sean K. Barker
Doctoral Dissertations
The proliferation of smart meter deployments has led to significant interest in analyzing home energy use as part of the emerging 'smart grid'. As buildings account for nearly 40% of society's energy use, data from smart meters provides significant opportunities for both utilities and consumers to optimize energy use, minimize waste, and provide insight into how modern homes and devices use energy. Meter data is often difficult to analyze, however, owing to the aggregation of many disparate and complex loads as well as relatively coarse measurement granularities. At utility scales, analysis is further complicated by the vast quantity of data, …
Fy 2014 Umass Amherst Water & Steam Data By Building, Ezra Small
Fy 2014 Umass Amherst Water & Steam Data By Building, Ezra Small
Campus Data
Each year, UMass Amherst Utilities publishes this spreadsheet which has the monthly and annual building water and steam consumption of each metered building on campus.
Umass Amherst Energy & Emissions Data Fy2002-2013, Ezra Small
Umass Amherst Energy & Emissions Data Fy2002-2013, Ezra Small
Campus Data
This spreadsheet and associated tables provides the total fuel usage and associated emissions for the UMass Amherst campus including electricity consumption for all UMass Amherst owned properties between FY2002-2013. Tab 2 provides the calculated Energy Use Intensity (EUI). Tabs 3 & 4 provide the raw GHG and kbtu energy data for the campus. Tab 5 provides the emissions factors and weather normalization factors used by the MA DOER to correctly calculate annual emissions.
Why Waste The Wind? A Look Into Small Scale Wind Energy, Mitchell Negus, Jon Swanton, Ben Chilcoat, Mark Settembrino
Why Waste The Wind? A Look Into Small Scale Wind Energy, Mitchell Negus, Jon Swanton, Ben Chilcoat, Mark Settembrino
Student Showcase
The human race’s dependence on fossil fuels for energy generation has started to cause major changes in the environment. Climate change is a universal issue and it is evident that our current energy schematic is not sustainable. At the University of Massachusetts, small-scale wind power has the potential to be a key component in UMass’ energy portfolio as the university shifts from reliance on fossil fuels to renewable energy. Strategically placed turbines would produce clean, renewable energy, reduce greenhouse gas emissions, and help to decentralize energy dependence on the Central Heating Plant. Small-scale turbines, like the eddyGT, are tested technologies …