The increased prevalence of distributed energy resources is driving changes to utility planning. Our new report, The Role of Energy Efficiency in a Distributed Energy Future, found that most utilities are not currently using energy efficiency in distribution system planning, but several states are pursuing new approaches to using efficiency to displace traditional distribution infrastructure upgrades and integrate more renewables into the grid.
A recent federal proposal puts a spotlight on an uncommonly popular topic: wholesale energy markets. Our new research shows that energy efficiency has provided steadily increasing value to grid operators and customers in two such markets. Our report, Energy Efficiency in Capacity Auctions: A Historical Review of Value, finds that since they have been included, efficiency resources have almost tripled in the Mid-Atlantic auction and almost quadrupled in a similar auction in New England.
The majority of studies on utility-funded energy efficiency programs focus on electricity; natural gas traditionally receives much less attention. To help rectify this imbalance, today we are releasing a new report, Natural Gas Energy Efficiency: Progress and Opportunities. In this graphics-rich report, we provide a summary of natural gas efficiency efforts and accomplishments and look ahead at efficiency-related opportunities and issues.
Our first-ever scorecard of US utilities, released today, reveals striking regional differences and identifies the best — and worst — performers on energy efficiency. The 2017 Utility Energy Efficiency Scorecard looks at the performance of the 51 largest electric utilities in the United States and highlights cutting-edge efforts. Topping the list are Eversource Massachusetts and National Grid Massachusetts, which both earned the same score.
What is your utility doing to promote energy efficiency? Could it be doing more? Find out in ACEEE’s first Utility Energy Efficiency Scorecard, to be released on Wednesday, June 14, 2017. Get excited about this first-of-its-kind, comprehensive look at utility-sector energy efficiency performance by joining our countdown to its release. Here are 10 things to look for:
Today, most American households pay for electric service via a two-part electric rate. This typically consists of a small, fixed customer charge ($ per month) and an energy rate applied per unit of electricity ($ per kilowatt hour). There are some variations on this model, including energy rates that vary based on time of day or total monthly consumption, but the basic structure of residential rates hasn’t changed much over time. In recent years, utilities have proposed significant departures to this format to address the changing dynamics of the electric utility industry.
Electric energy efficiency programs have grown substantially in the last ten years. As they’ve grown, leaders have emerged. In our new report, Big Savers: Experiences and Recent History of Program Administrators Achieving High Levels of Energy Savings, we showcase 14 of these leaders. The report is not an exhaustive review of every leading utility or program administrator, nor is it a ranking system. Instead, we tell the story of these 14 through analysis of performance data and discussions with program managers.
Baseball’s All-Star Game assembles teams of the best athletes to face off against each other and play at an extraordinary level, beyond what is possible during the regular season. Natural gas and electric utilities design and build dual-fuel energy efficiency programs that score added energy savings and cut costs beyond what they could have achieved on their own. While the All-Star Game happens just once each year, combined gas and electric energy efficiency programs are performing at levels beyond the ordinary on an ongoing basis.
Energy Efficiency Costs Utilities 2 to 3 Times Less Than Traditional Power Sources; Average of 2.8 Cents per Kilowatt Hour
Washington, D.C.—According to a new report released today by ACEEE, energy efficiency is the cheapest method of providing Americans with electricity. Energy efficiency programs aimed at reducing energy waste cost utilities only about three cents per kilowatt hour, while generating the same amount of electricity from sources such as fossil fuels can cost two to three times more.