Data Points Series
Energy use per capita varies widely by state, according to new data from the US Energy Information Administration (EIA). The lowest is in Rhode Island, where people consume five times less energy than those in Louisiana, which has the highest rate.
Looking for a job or smart investment? The energy efficiency field is an increasingly good bet for workers and financiers. Here’s why: new data show it employed 2.25 million Americans last year — more than the combined total of jobs to produce coal, oil, gas, and electricity (including renewables).
Keeping the lights on for customers is every electric utility’s top priority. To do so, utilities have choices. They can build power plants to convert fossil fuels to energy. They can capture renewable resources like solar and wind. And they can work with their customers to more efficiently use energy, meeting demand by saving energy rather than generating it.
The industrial sector is unique among end-use sectors in that its energy intensity has declined consistently in recent decades, decreasing 45% from 1977 through 2016. The decline occurred even though the sector’s energy use has fluctuated, its output has almost doubled, and economic activity has risen and fallen with economic cycles.
Today the Trump Administration is launching an Energy Week to promote our nation’s “energy dominance” by increasing fossil fuel production. Notably absent in White House plans so far are discussions on how to increase energy efficiency, generally the cheapest way to meet our energy needs. Energy efficiency doesn’t just save us money, it supports millions of jobs. It should be included in a truly great Energy Week.
ACEEE started our DataPoint series of informative graphs in December 2015, with the first one on energy intensity and how it relates to energy efficiency. It provided data on US energy intensity and efficiency improvements from 1980–2014. Now two more years of data are available, and a revised figure is below.
For the past several years, ACEEE has tracked utility-sector natural gas savings at the state level as part of our State Energy Efficiency Scorecard. As part of our biennial City Energy Efficiency Scorecard, we collect natural gas savings data at the utility level. These two data sources help identify the leaders in gas energy efficiency savings.
As the US unemployment rate nears a 10-year low, some companies report trouble finding skilled workers. The problem is particularly pervasive, as new data show, in the energy efficiency sector.
More than 80% of employers in this sector report at least some difficulty finding qualified job applicants, and more than 40% indicate it’s “very difficult,” according to the Department of Energy’s second annual energy and employment report released this month.
The Environmental Protection Agency has finalized state-specific limits on greenhouse gas emissions from the power sector. States can get most, if not all, of the emission savings they need by reducing the amount of electricity they are currently wasting. In the graph below, the light orange bars show that the listed states can achieve more than half of EPA’s 2030 limits with a few modest energy efficiency measures: 1% annual savings target, updated building codes, and 100 MW of new combined heat and power.
In a recent report released by ACEEE and Energy Efficiency for All, Lifting the High Energy Burden in America’s Largest Cities, we measured energy burdens in 48 of the largest cities in the United States. Energy burden means the percentage of household income that goes toward energy costs, and we looked specifically at utility energy bills (transportation energy costs are also a significant household expense, but it was outside the scope of the analysis).