1. Energy Modeling Train the Trainer Modeling the planet and the primary mediator – residential, commercial and industrial buildings

2. Energy and Sustainable O&M, Development, Design and Policy in Hawaii Proposed methodology, procedures and validations

3. Standard Facility Assessment Protocol Measure estimated savings for a retrofit package Prioritize measures in terms of cost from low hanging fruit to ridiculous Understand building performance calibrations with respect to behavior, equipment and envelope Rating comparisons by kWh/m2/yr. (default) Develop a standard for energy performance contract and follow-up M&V Justification for upgrades relative to building codes, Energy Star, LEED and others Estimate greenhouse gas emissions for climate action planning and other measurement methods and measure the resulting improvement to scientifically compare

4. Suggested Sequence Analyses Objectives = Hawaiian building objectives (maybe 20%?) Building orientation and regional weather Building shell, structure, materials and shades Operational schedule Internal loads – people & equipment HVAC performance

5. School building Central AC with some DX AC Window shades Low, med or high occupancy Interruptible – uninterruptable power supplies? Lights – how automated – switched per fl. etc.??

6. Insert a picture of the buildings here

8. eQuest Schematic Design Wizard Pull up eQuest www.doe2.com/equest/ Version 3.65