This presentation includes examples of 16 programs' creative marketing materials.  The Better Buildings Residential Network held a March Madness tournament to find the most creative residential energy efficiency messages during March Peer Exchange Calls. Sixteen marketing campaigns were featured in a bracket challenge on the calls, and participants made their picks. Residential Network member the Fuel Fund of Maryland was chosen as the winning message for its Watt Watchers campaign.

This report identifies opportunities for Connecticut's Home Energy Solutions program (HES) to increase savings related to air sealing, duct sealing, and insulation.

This report is the process evaluation of the Connecticut Multifamily (MF) Initiative, which leveraged the state's Home Energy Solutions (HES) and Home Energy Solutions-Income Eligible (HES-IE) programs. The objective of this process evaluation is to provide actionable recommendations about how to improve the design, delivery, and administration of the MF Initiative.

This report includes evaluation analysis and findings from the Eversource New Hampshire Home Energy Report pilot program.

This summary from a Better Buildings Residential Network peer exchange call focused on approaches organizations can use for moving homeowners from HVAC or other individual improvements to whole home upgrades and encouraging homeowners to undertake upgrades over time.

This summary from a Better Buildings Residential Network peer exchange call focused on strategies for scaling up and growing residential energy efficiency programs or contracting businesses. It covered PG&E's Residential Energy Efficiency Program's Pay for Performance (P4P) program. It also covered priority areas to consider when scaling up a program, such as contractor sales and marketing training and maintaining quality.

This report summarizes the impact analyses of National Grid's and Eversource Energy's Home Energy Report (HER) programs. The evaluation team conducted three distinct impact analyses related to these HER programs: Cohort-Specific Impact Analysis; Mapping Analysis; and Dual Treatment Analysis.

This technical reference manual provides detailed, comprehensive documentation of resource and non-resource savings corresponding to the Energy Efficiency Fund program and individual Conservation and Load Management (C&LM) program technologies.

This study examined consumer awareness and opinions concerning the New Jersey Clean Energy Program (NJCEP). Research areas included New Jersey homeowners' awareness of NJCEP, an assessment of attitudes towards energy efficiency, the main benefits associated with energy efficiency, key drivers associated with purchasing energy efficient products, the best methods for increasing consumers awareness of NJCEP, and obstacles to implementing energy efficiency measures in the home.

The study involved on-site visits to 180 single-family homes across Connecticut. The team assessed compliance with the weatherization standard using both the prescriptive and performance paths and made recommendations to improve program quality.

There are more than 17 million multifamily households nationwide, yet they remain a significant and mostly untapped opportunity for energy efficiency gains. Many cities and states that have embraced energy retrofitting as a job creator and boon to both the environment and economy have yet to address potential savings in multifamily properties, primarily because of obstacles not faced by single family and commercial properties. This paper discusses two barriers -- a lack of information and financing -- that stand in the way of multifamily energy retrofits.

This evaluation and research plan sets out a proposed process for establishing and executing a detailed evaluation and research plan for New Jersey's Clean Energy Program.

This memo provides a review of the New Jersey Comfort Partners Energy Saving Protocols, recommends changes to the calculations and additional calculation protocols for measures not included, and calculates engineering estimates for those proposed energy savings formulas.