This summary from a Better Buildings Residential Network peer exchange call focused on how recent policy changes have impacted residential energy efficiency program implementation. Speakers include Efficiency Maine, Michigan Environmental Council, and Groundwork Center for Resilient Communities.

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.

A short, checklist-style form that contractors complete to participate in Efficiency Maine. The form allows contractors to verify whether they meet basic program requirements, identify their specialized service offerings and qualifications, and describe other information about their businesses.

This guide is designed to serve as a "how-to" reference for island communities (or small, similarly sized, more isolated communities) that want to develop and implement a residential energy-efficiency and conservation program. The purpose of this guide is to help communities chart a course for successful program development based on the lessons learned during implementation and operation of RePower Bainbridge, an energy-efficiency program on Bainbridge Island, Washington.

Insights from Efficiency Maine related to Workforce Development.

Quick summaries of strategies various programs have used to improve the efficiency of delivering efficiency.

This report explores the approaches and research needs identified in the Building Retrofit Industry and Market (BRIM) Initiative through in-depth discussion with residential energy upgrade experts including a discussion of Marketing & Outreach and the program/contractor interface.

This document details the procedures for identifying, documenting, and responding to performance problems associated with contractors in the RePower Program of Kitsap County, Washington. It includes example forms and a draft letter to contractors.

This is an application form for contractors (trade allies) interested in participating in the RePower Program of Kitsap County, Washington. The form describes the benefits and requirements for participating contractors, and allows contractors to identify the specific services they offer.

This peer exchange call summary focused on raising awareness and integrating the value of energy efficiency into transactions with the real estate sector.

Three-part webinar series. Part I discusses how to design and implement funding programs, line up partners, and gain support for clean energy programs through both conventional and non-conventional methods. Part II discusses how to locate available sources of funding. Part III explains how to leverage existing funds and make clean energy investments more affordable for clean energy program audiences.

This guide shows HVAC contractors how to get started in the home improvement market. It explains the approach of treating a house like a system and provides step-by-step instructions on setting up a home performance contracting business.

This peer exchange call summary focused on sales training assistance programs for contractors.

This peer exchange call summary focused on best practices, entry points, strategies and challenges of program integration and participation in utility planning efforts.

Efficiency Maine created a code of conduct for contractors to follow when working in homes. The code is available for download on the Efficiency Maine website, and dictates guidelines for respecting homeowners' property and communicating with the homeowner about appropriate information. Users on the Efficiency Maine website can search a list of vendors that have agreed to follow the code.

This webcast discussed how market research can help spur demand for home energy efficiency programs.

This webcast (Part I of a three-part series) covers the big picture questions that local governments should consider for funding clean energy programs. What resources are available? What are the program priorities? How can these programs pay for themselves? What funding is available? The webinar guides local governments through these and other questions in the context of their own unique circumstances and illustrates the concepts through case studies that explore how local governments have used both conventional and unconventional methods to gain support, line up partners, and design and implement their funding programs.

This webcast (Part III of a three-part series) covers how to choose and implement financing options that meet local needs.

In this video interview segment, Yvonne Kraus of Conservation Services Group describes how program and utility partnerships can co-benefit each other.

The RePower programs in Washington State convened local community leaders, organizations, contractors, and program partners for a planning summit to consider the benefits and challenges of different business models for the post-grant period. Participants considered four models: non-profit organization, utility, county or city government, and private sector.

In this video interview segment, Will Ranes of RePower Kitsap discusses the importance of understanding your market, including being able to speak the language of utilities and other key players.

This webcast focused on advanced topics for local government-utility partnerships, with presentations from local governments and their partnering utilities that have well-developed, multi-year relationships and programs.

This document details the procedures for identifying, documenting, and responding to performance problems associated with contractors in the RePower Program in Washington. It includes example forms and a draft letter to contractors.

This report provides comprehensive information on state, federal, local, and utility incentives and policies that are in place to support renewable energy and energy efficiency.