This Energy Efficiency Program Impact Evaluation Guide describes the common terminology, structures, and approaches used for determining (evaluating) energy and demand savings as well as avoided emissions and other non-energy benefits resulting from facility (non-transportation) energy efficiency programs that are implemented by local governments, states, utilities, private companies, and nonprofits. While this guide does not recommend specific approaches, it provides context, planning guidance, and discussion of issues that determine the most appropriate evaluation objectives and best practices approaches for different efficiency portfolios. By using standard evaluation terminology and structures and best practices approaches, evaluations can support the adoption, continuation, and expansion of effective efficiency actions. The primary audiences for this guide are energy regulators; public and private energy efficiency portfolio administrators such as utilities, nonprofit organizations, and government agencies; program implementers; and evaluators looking for guidance on the following: - The evaluation process and approaches for determining program impacts - Planning evaluation efforts - Key issues associated with establishing evaluation frameworks for improving the efficacy of energy efficiency portfolios, documenting the impacts of such portfolios, and comparing demand- and supply-side resources. Introductory portions and appendices are also intended for policymakers seeking general information about efficiency program impact evaluation as well as the basic principles of process and market evaluations and cost-effectiveness analyses. Although the guide is not directly intended for expert evaluation practitioners who can rely on more detailed and specific resources that are referred to in this guide, it offers introductions to and summaries of evaluation topics that can be useful for explaining concepts and standard practices to clients, new staff, stakeholders, and others who could benefit from a refresher on principles

Developed as a product of the State and Local Energy Efficiency Action Network (SEE Action), facilitated by the U.S. Department of Energy/U.S. Environmental Protection Agency.

A Manual for the Economic Evaluation of Energy Efficiency and Renewable Energy Technologies provides guidance on economic evaluation approaches, metrics, and levels of detail required, while offering a consistent basis on which analysts can perform analyses using standard assumptions and bases. It not only provides information on the primary economic measures used in economic analyses and the fundamentals of finance but also provides guidance focused on the special considerations required in the economic evaluation of energy efficiency and renewable energy systems.

This report aims to support impact evaluation in the energy sector by assessing what has been produced against what might be possible. It reviews 85 impact evaluations of energy interventions in developing countries, summarizes findings on outcomes, identifies evidence gaps, and proposes ways forward. A majority of studies has so far focused on rural electrification and improved cookstoves, while most investments are in power generation and transmission. After considering the body of evidence available, directions and approaches are proposed for future impact evaluations to best contribute new evidence regarding the sector.

Measurement and verification (M&V) is the accounting system for energy management. Implementing M&V as a professional requires both a broad understanding of concepts and contexts and an awareness of the fundamental tools used in estimating impacts of energy management. This book will assist those seeking to become M&V professionals by establishing the framework within which to conduct successful M&V. It does this by: Laying out the fundamental concepts underpinning M&V methods. A full understanding of the strengths and weaknesses of the fundamental methods allows the professional to communicate effectively. Reviewing the most common M&V guidelines and protocols. Many people enter the world of M&V through the various guidelines that attempt to standardize M&V methods. In this book you will learn about how these documents are aligned, and how and why they differ. Providing a list of the most common technical issues and areas requiring judgement that arise in every M&V project. Many of the activities of M&V involve technical tasks and analysis. Much of the core content of these tasks is developed fully in texts related to energy engineering. In this book you will learn how to incorporate energy engineering concepts into your M&V projects. Being a professional means making informed and sound decisions using good judgement. Being a successful M&V professional means communicating these decisions and judgements throughout the M&V process. This book is intended to expose the typical challenges faced in M&V and provide the tools for the M&V professional to conduct successful M&V now and into the future. M&V has often been defined as an art and a science. The art of M&V is expressed through the judgements that the M&V professional makes during an M&V project. The science of M&V is within the domain of those aspects that can be measured, quantified and reported. While the technical tasks within M&V are important, the most important task of the M&V professional is to establish and maintain clear and consistent communication among all parties throughout the M&V process.

Energy Efficiency (EE) has been recognized since the early 1970s as the most relevant mechanism to optimize the way we meet our energy needs. The rationale behind this book is to present where the Canadian EE sector stands today to all Canadian stakeholders and those interested around the world. The Canada Energy Efficiency Outlook aims to outline the different environments that support EE development in our highly diversified provinces and territories, as well as at the national level, and consequently allow the reader to better understand the complexities involved. More globally, this book serves as an important reference for all interested parties on how Canada has variably innovated and developed mechanisms to achieve the goal of making this country more energy efficient.