This template, used by Clean Energy Works Oregon (now Enhabit), standardizes a number of forms that contractors fill out for the program.
Showing results 101 - 130 of 130
This report describes different approaches to energy efficiency finance taken by utilities.
Clean Energy Works Oregon's (now Enhabit's) experience implementing an on-bill financing program.
This report highlights the impact of investment for Portland, Oregon in terms of high-quality job creation, equitable hiring, inclusive business opportunities, standardized training, and energy conservation.
Managing Financing Programs: Spreadsheet Models
This case study discusses the strategies Clean Energy Works Oregon's (now Enhabit's) used to actively engage contractors to make the program successful (e.g., balancing contractors' work priorities, enforcing quality standards).
Outlines five public-private financing mechanism options for energy efficiency upgrades programs, including on-bill financing, PACE financing, and loan loss reserve funds.
This report presents results, recommendations, and case studies of energy efficiency financing programs.
This peer exchange call summary focused on available program interest rates and how to lower those rates.
Workforce Development and Sales Training for Energy Efficiency Contractors
This paper, which is based on detailed case studies of nine existing state and local programs, presents recommendations for energy upgrade programs to facilitate industry growth and support contractor business models.
Courtesy of Clean Energy Solutions. This presentation provides an overview of topics related to building the workforce for energy efficiency programs, including market characterization, stakeholder engagement, training and certification, and community workforce agreements. It includes information on the experience of Clean Energy Works Oregon (now Enhabit) in Portland, Oregon.
A marketing and communications plan from Clean Energy Works Oregon (now Enhabit) outlines the program's marketing vision and objectives, as well as the strategies the program planned to undertake to meet these goals.
Designing Effective Incentives to Drive Residential Retrofit Program Participation
This webcast covers information about designing effective incentives to drive residential retrofit program participation.
Door-to-Door Outreach and Tracking Impacts
This webcast discusses door-to-door campaigns and how to track the impacts of these campaigns.
This guide provides an assessment of various approaches to Marketing & Outreach for home energy efficiency improvements.
This guide provides background on the home improvement market in the U.S. and Canada and end users and systems in existing homes, as well as a description of energy efficiency program approaches and strategies.
Clean Energy Works Oregon (now Enhabit) developed consumer profiles based on research the program conducted on its target audience.
Summary of the standards that support job quality, equitable access and quality assurance in several residential energy efficiency programs from different parts of the country.
This presentation summarizes the market research that was performed by various Better Buildings Neighborhood Program partners.
Marketing and Marketing & Outreach Collaborative Intro, November 2, 2010
Webinar presenting methods for increasing communication within a marketing team. LA County and Oregon BBNP grantees also share their experiences regarding market research and outreach strategy development.
This report describes the process evaluation of a pilot project in Portland Oregon that informed the refinement and expansion of the program statewide into Clean Energy Works Oregon (now Enhabit).
This is an example of an RFP for workforce development and other program elements. The RFP covers recruitment, outreach and marketing oriented to homeowners and workers, and service delivery of energy assessments and upgrades.
This report summarizes the scale and economic value of energy efficiency for reducing carbon emissions and discusses barriers to achieving the potential for cost-effective energy efficiency.