Executive Summary
In 2000, ACEEE published the report State Scorecard on Utility Energy Efficiency
Programs (Nadel, Kubo, and Geller 2000). This report analyzed utility spending on energy efficiency programs in each state, which included scoring and ranking states based on the following four parameters:
1. energy efficiency expenditures as a percentage of utility revenues;
2. electricity savings as a percentage of electricity sales;
3. changes in expenditures as a percentage of revenues between
1993 and 1998; and
4. changes in savings as percentage of sales between 1993 and 1998.
The 2000 scorecard report was based on data available through 1998. This 2002 update includes data through 2000, which is the most recent official data available. This update tracks selected data and derived indicators of energy efficiency program activity from 1993 through 2000, namely:
1. energy efficiency expenditures as a percentage of utility revenues;
2. energy efficiency expenditures per capita; and
3. electricity savings as a percentage of electricity sales.
In this update,we report the above data and derived indicators directly for each state. We also track these data and indicators over time using the database developed for the 2000 scorecard. (However, we do not replicate the scoring scheme used in the scorecard to develop a single score and associated ranking of states.) We also track total spending on energy efficiency programs for the United States as a whole.
Key Findings
- Total spending (utility-reported demand-side management [DSM] combined with public benefits spending) has increased modestly since 1998—from $918 million to $1.10 billion in 2000.
The overall trend in energy efficiency activity reflects a growing recognition among states that energy efficiency programs provide important economic and environmental benefits. Whether funded through traditional utility DSM or emerging public benefits programs, many individual states are showing renewed commitment to ensuring that energy efficiency is a strategic element in meeting present and future energy demand.