In This Article
- Frequently Asked Questions
- What source-site ratio should we use?
- Are we required to report data for this credit in MMBtu?
- Can we include energy produced through cogeneration?
- Where do we report heat from solar thermal, geothermal, and other technologies?
- How do we determine our heating and cooling degree days?
- Are there there other credits that ask for the same information?
- Templates & Tools
- Example Responses
- Common Issues Identified During Review
- Additional Resources
For details about this credit, including the criteria, reporting timeframe, applicability, scoring, and more, please review the full credit language.
Institutions in the US must use 3.14 and institutions in Canada must use 2.05. Other institutions may use a relevant national or regional figure, if available, or else the following default values: Asia and Africa: 3.14; Australasia and Latin America= 2.25; Europe = 2.50. See the credit language linked above for additional guidance. Any deviation from the default values should be clarified in the Notes field.
Yes, all units must be converted to MMBtu. The Campus Energy Consumption Converter is provided to assist in making the necessary conversions.
Institutions that convert fuel on-site (e.g. on-campus cogeneration facilities and boilers) should report only the amount of fuel purchased/converted toward the total energy consumption figure, not the resulting heat, steam, hot/chilled water or electricity.
Like cogeneration, the benefits of these technologies are recognized indirectly in terms of efficiency gains (i.e., the fuel consumption avoided to achieve the same result). Therefore, thermal energy of this type should not be included in the reported figures.
There are a number of degree day calculators available, including:
- DegreeDays.net (global)
- Degree Days Calculator – Portfolio Manager (U.S. and Canada)
- Weather Data Depot (U.S.)
- U.S. NOAA/National Weather Service (U.S.)
Reviewers will check to see if total energy consumption reported in this credit is consistent with Clean and Renewable Energy (OP-6). Valid discrepancies should be clarified in the Notes field.
Reviewers will check to see if the gross floor area and energy intensive space reported in this credit are consistent with Operational Characteristics (IC-2). A lower number may be reported under this credit if outdoor energy from parking garages/stadiums, etc is metered separately and excluded under this credit and not others. Valid discrepancies should be clarified in the Notes field (for instance, if a different performance year or data source was used). Note: The gross floor area and energy intensive space figures appear in the following credits: Greenhouse Gas Emissions (OP-1), Building Operations and Maintenance (OP-3), Building Energy Consumption (OP-5), and Water Use (OP-22).
- Data tracking sheets
- Portfolio Manager Technical Reference: Source Energy – U.S. EPA
- ENERGY STAR Performance Ratings Methodology for Incorporating Source Energy Use
- Campus Energy Consumption Converter (XLS) – a spreadsheet to convert various fuel sources to MMBtu (adapted from the U.S. EPA ENERGY STAR Quick Converter)
- Degree days data:
- Thompson Rivers University – All required fields filled out correctly, and there is consistency with OP 6. Uses Canadian standard for source-site ratio.
- University of California, Irvine – All required fields filled out correctly, and there is consistency with OP 6. The reduction in energy consumption is clarified and affirmed in Public Notes field.
- Data consistency: Total energy consumption figures between OP 5 and OP 6 should match. Notes field should explain any discrepancies.
- Data consistency: Gross floor area and Energy-intensive building space figures between OP 5 and IC 2 should be equal. Figures in OP 5 can be slightly lower if outdoor energy from parking garages/stadiums, etc is metered separately and excluded under OP 5. Valid discrepancies should be clarified in the Notes field.
- Data outlier: Response of zero under “Energy from all other sources (excluding transportation fuels)” is highly unlikely, since most institutions use natural gas, fuel oil, diesel, or coal for heating or other non-transportation purposes. A response of zero (or other very low response) should include clarification in the Notes field, including affirmation that the institution uses no/very little fuels for heating.
- Site-source ratio: U.S. and Canadian institutions must use the ratios reported in the Technical Manual (3.14 and 2.05 respectively). Institutions in other countries can report their own national/regional figures if they differ from what is recommended in the Technical Manual.
- Start and End dates for Baseline Year and Performance Year must be valid (i.e., Baseline start date must be before Baseline end date, etc.). Baseline year may be any year from 2005 to the present. Older baselines (1990-2004) may be applied if they are adopted as part of the institution’s sustainability plans or policies, or in the context of other reporting obligations. Institutions should avoid reporting a peak emissions year as their Baseline simply to increase scores.