2012-2014 Small Commercial Energy Management Package for HVAC Contractors
Summary of Work
The goal of this project is to develop a packaged Energy Management solution for small commercial buildings, with sufficiently low transaction costs in terms of both skills and level of effort to meet the needs of target audiences. In this context, the term 'Energy Management Systems' refers to the use of energy information and continuous improvement principles (Plan, Do, Check, Act) to continually identify efficiency opportunities and maintain energy performance. In recent years, this has been demonstrated fairly well for larger buildings and portfolios, and numerous Energy Information System (EIS) products are commercially available to support continuous energy management. However, it appears that there has been little if any application of Energy Management to small buildings.
The outcome is an Energy Management Package that guides users to benchmark and monitor energy usage, identify low- and no-cost energy efficiency opportunities and track results. The primary delivery channel is to have HVAC contractors offer the Energy Management Package as part of a maintenance contract.
In the 2012-2013 project year, the LBNL team:
- Interviewed ~20 stakeholders to identify barriers and opportunities to offer EnMS for small buildings
- Developed an Energy Management Package focused on low- and no-cost, measures primarily focused on operational opportunities. The package contains instructions, worksheets and tool lists to guide HVAC contractors through delivering this service
- Developed a business model describing how HVAC contractors can sell and benefit from the Energy Management Package
- Initiated a pilot demonstration of the Energy Management Package with two partner contractors in two buildings each
In the 2013-2014 project year, the LBNL team conducted a larger-scale demonstration of the Energy Management Package with HVAC contractors in many different parts of the U.S.
- Energy Management Package (PDF)
- Business Model Document (PDF)
- Summary Generator (Package Element 4) (XLSX)
- Element 3 Walkthrough Checklist (PDF)
(also in the complete package)
- Package Worksheets Only (PDF)
- Introductory Presentation (PDF)
- Webinar Recording from Cleveland 2030 District Training Session
Cleveland, February 19, 2015 (MP4)
- Webinar Recording from Pittsburgh 2030 District Training Session
Pittsburgh, February 10, 2015
- Webinar Recording from Seattle 2030 District
Seattle Municipal Tower, Seattle, December 19, 2014 (MP4)
- Webinar Recording from Pacific Energy Center Training
San Francisco, November 13, 2014 (WMV)
- Software Tools
- Sample Interval Data File (XML)
- Sample Building Description (PDF)
- Sample Buidling Energy Fingerprint Interval Data Report (PDF)
- Data Access
- Ideal Site Characteristics
- Building Commissioning: Cost-benefit assessment of building commissioning (primarily in larger buildings)
- Peak Hour Savings: First report in a new series from SEE Action on "Insights from Smart Meters" (takes a program-level perspective) (PDF)
- Data Access from Utilities: Recent ACEEE piece titled "Best Practices for Working with Utilities to Improve Access to Energy Usage Data"
Please contact for more information about this project.