GF Blue logo
MenuMENU
SearchSEARCH

GAO Report Finds Federal Fleet Procurement Rules Conflict

WASHINGTON - A GAO report found conflicting goals and guidelines for energy efficiency and alternative-fuel usage in the federal civilian and non-tactical military vehicle fleet.

by Staff
March 7, 2011
4 min to read


WASHINGTON – A report issued by the U.S. Governmental Accountability Office (GAO), which focused on cutting costs and reducing government redundancy, highlighted conflicting goals and guidelines for energy efficiency and alternative-fuel usage in the federal civilian and non-tactical military vehicle fleet.

The GAO said that the federal government’s goal to reduce reliance on petroleum-based fuels as well as greenhouse gas emissions have led to policies that direct federal agencies to purchase alternative-fuel vehicles (AFVs) but that these rules haven’t led to a reduction in petroleum usage and in emissions due to a lack of available fuel types and infrastructure.

Ad Loading...

The four primary areas of conflict cited in the GAO report include the following:

Increase the use of alternative fuels vs. the unavailability of alternative fuels. Agencies are required to increase alternative fuel use, although most alternative fuels are not yet widely available. Thus, agencies have been purchasing primarily flex-fueled AFVs, those that can operate on E85—a blend of up to 85 percent ethanol and petroleum—or petroleum. However, since E85 was only available at 1 percent of U.S. fueling stations in 2009, agencies are requesting waivers from the requirement to use alternative fuels. According to DOE, in 2010, approximately 55 percent of flex-fueled AFVs received a waiver. Further, some fleet operators indicated they use petroleum without a waiver when alternative fuels are available because it is either more convenient, less expensive, or both.

Acquire AFVs vs. reduce petroleum consumption. Agencies are required to purchase AFVs, but this requirement may, in some cases, undermine the requirement to reduce petroleum consumption. Virtually every agency has succeeded in acquiring more AFVs, but there have been only modest reductions in petroleum use and modest increases in alternative fuel use, due to the lack of available alternative fuels. As previously stated, the lack of available alternative fuels results in agencies using petroleum to fuel AFVs. In areas where alternative fuels are not available, purchasing more fuel efficient non-AFVs could reduce petroleum consumption more than purchasing AFVs.1

Reduce GHG emissions vs. acquire AFVs. Under existing law, according to DOE, some vehicles with the lowest GHG emissions do not qualify as AFVs; and according to GSA, some AFVs emit more GHG emissions than some petroleum-fueled vehicles. Thus, by procuring a new vehicle with low GHG emissions the agency may meet the requirement to reduce GHG emissions, but not the requirement to purchase AFVs for its fleet.

Use plug-in hybrid vehicles vs. reduce electricity consumption in federal facilities. Other conflicts exist between fleet energy goals and the federal government energy goals. Agencies are encouraged to acquire plug-in hybrids for their fleets when they become publicly available; however, this could conflict with other requirements that encourage agencies to reduce electricity consumption in federal facilities. Thus, if an agency acquires plug-in vehicles they may meet the requirement, but this may lead to increased electricity consumption.2

Ad Loading...

The report found that due to these conflicting goals, federal fleet managers do not have the necessary flexibility to make procurement decisions that would reduce petroleum usage and GHG emissions.

The GAO report recommended that new legislation focus on allowing fleet managers greater purchasing flexibility, for example via a mandate to simply reduce petroleum usage and emissions. Beyond that, the GAO advocated the use of broad, performance-based metrics rather than narrow goals so fleet managers can meet requirements via a variety of options.

According to General Services Administration (GSA) officials, the government-wide fleet supports a range of missions and consists of approximately 60 percent trucks, buses, and ambulances; fewer than 40 percent are passenger vehicles including passenger vans and sport utility vehicles.

In addition, the GAO said the federal government’s fleet consists of more than 600,000 civilian and non-tactical military vehicles and uses 963,000 gallons of petroleum-based fuel each day. In 2009, the government spent more than $1.9 billion on vehicle procurement.

1-According to DOE, agencies may acquire low-GHG-emitting vehicles and consider them AFVs when alternative fuels are not available. However, agencies have found very few low-GHG options exist that meet mission requirements.

Ad Loading...

2-DOE has identified a reporting approach that would allow fleet electricity use to be subtracted from facility electricity use.

More Green Fleet

Graphic of the Hawaiian Islands with the American Biogas Council logo highlighting Hawaii’s new clean fuel legislation supporting renewable natural gas and biogas energy projects.
Green Fleetby News/Media ReleaseJune 2, 2026

Hawaii Passes Clean Fuel Policy

Hawaii lawmakers passed clean fuel legislation that could support renewable natural gas production, biogas-powered transportation, and lower-carbon fueling options for public and commercial fleets.

Read More →
wheels geotab
SponsoredJune 1, 2026

Turning Connected Vehicle Data Into Decisions That Matter

Fleet leaders have more data than ever, but turning that data into clear, actionable decisions remains a challenge. This white paper shows how leading organizations are using connected vehicle data to improve safety, reduce costs, and optimize fleet performance. Learn how to turn insight into action across your fleet.

Read More →
fleetio coast pay
SponsoredJune 1, 2026

Are You Tracking Your Fleet's True Total Cost of Ownership?

Bobit Business Media surveyed 190 fleet professionals and found that while most fleets are tracking costs, fragmented systems and data gaps are keeping true TCO visibility out of reach. With rising pressure to control spend in an increasingly volatile environment, the gap between what fleets think they know and what the data actually shows is wider than you might expect. See how your peers are managing costs today and where the industry still has room to improve.

Read More →
Ad Loading...
Beam Global EV ARC solar-powered charging stations installed in Stanislaus County, California, providing off-grid EV fleet charging with on-site renewable energy.
Green Fleetby News/Media ReleaseMay 29, 2026

Stanislaus County Deploys Ten Beam Global EV ARC Systems to Support County Fleet Electrification

Stanislaus County deployed 10 off-grid solar-powered EV charging systems and a mobile charging trailer from Beam Global to support its electric fleet operations and emergency response flexibility.

Read More →
a battery electriv city bus and a Heliox battery charger
Green Fleetby Staff WriterMay 26, 2026

Heliox Pilots 480-kW Bus Charger with King County Metro

King County Metro is piloting Heliox’s new 480-kW Flex Pro charger to support expansion of its battery-electric bus fleet and depot charging infrastructure. The compact charging system supports pantograph and plug-in charging configurations for high-density transit operations.

Read More →
The Hawaiʻi Department of Transportation and its partners dedicated Maui’s second National Electric Vehicle Infrastructure (NEVI) program charging station at Kapalua Airport on Wednesday, May 13.
Green Fleetby News/Media ReleaseMay 20, 2026

HDOT Commissions New NEVI Fast-Charging Site at Maui Kapalua Airport

HDOT, community leaders and project partners recently participated in a commissioning and blessing ceremony celebrating the opening of the new charging site.

Read More →
Ad Loading...
Illustration of an electric vehicle with a panoramic glass roof highlighting Eastman’s Saflex Evoca XIR.SR infrared-reflective interlayer technology.
Green Fleetby News/Media ReleaseMay 13, 2026

EV Efficiency Beyond the Battery

Eastman launched Saflex Evoca XIR.SR, an infrared-reflective interlayer for EV panoramic sunroofs designed to reduce cabin heat, improve occupant comfort, and support battery efficiency.

Read More →
Youtube thumbnail with EVs and charger and editor Nichole
Green FleetApril 30, 2026

Revisiting the EV Conversation | The Fleet Breakroom

EVs have been a major part of the fleet conversation for years, but where does that conversation stand now?

Read More →
A Long Beach Refuse Truck.
Green FleetApril 24, 2026

Long Beach Debuts First Electric Refuse Trucks in Fleet Pilot

The City of Long Beach, California, has unveiled its first two all-electric garbage trucks, marking the start of a pilot program as the city evaluates a broader transition away from compressed natural gas.

Read More →
Ad Loading...
Graphic illustrating Beam Global and HEVO’s autonomous wireless EV charging platform designed to support autonomous vehicles and electric fleets using solar-powered charging infrastructure.
Green Fleetby News/Media ReleaseMarch 18, 2026

Beam Global and HEVO Inc. Launch Market Ready Autonomous Charging Platform for Autonomous Vehicles

Beam Global and HEVO have launched an integrated autonomous wireless charging system that pairs off-grid solar EV infrastructure with wireless charging technology, designed to support autonomous vehicle operations and electric fleet deployments.

Read More →