Forestry Sciences Energy Audit
Adam Wechsler (Adam.Wechsler@uvm.edu)
Thomas McGrade (email@example.com)
Goals and Objectives Include:
1. Update and quantify the existing energy use of the Forestry Sciences Building; enable comparison with other buildings
- Download electric energy use data from Schooldude
- Analyze data in Excel
- Summarize in graphs and tables
2. Examine the final energy audit report produced by Slade Engineering when available
- Calculate/predict potential energy savings across different suggestions.
- Identify payback period
- Determine what upgrades the Energy Revolving Fund can pay for.
3. Prepare a final product that informs people of the audit, potential changes we recommend, and the impact that the changes may have
- Cost-benefit analysis?
- Fact Sheet?
4. Attend as many meetings and activities that the University has planned surrounding their net-zero goals
Available Levels of Energy Audit (Courtesy of David Slade):
Level I—Walk‐Through Analysis – “Assess a building’s energy cost and efficiency by analyzing energy bills and conducting a brief on‐site survey of the building. A Level I energy analysis will identify and provide a savings and cost analysis of low‐cost/no‐cost measures. It will also provide a listing of potential capital improvements that merit further consideration, and an initial judgment of potential costs and savings.”
Level II—Energy Survey and Analysis – “More detailed building survey and energy analysis. A breakdown of the energy use within the building is provided. A Level II energy analysis will identify and provide the savings and cost analysis of all practical measures that meet the owner’s constraints and economic criteria, along with any changes to O&M procedures. May also provide a listing of potential capital‐intensive improvements that require more thorough data collection and engineering analysis, and a judgment of potential costs and savings.”
Level III—Detailed Analysis of Capital‐Intensive Modifications – “This level of engineering analysis focuses on potential capital‐intensive projects identified during the Level II analysis and involves more detailed field data gathering as well as a more rigorous engineering analysis. It provides detailed project cost and savings calculations with a high level of confidence sufficient for major capital investment decisions.”
David Slade's Draft Energy Conservation Measures: