2012 European trial study confirms eco-driving feedback tool results in up to 6 percent reduction in vehicle CO2 emissions.
The Peacox project undertaken in the Netherlands utilizes a GPS tool and a landuse regression model to provide drivers with eco-driving information to help influence their decisions and cut down on emissions.
Made Public Date
03/31/2015

730

Netherlands
Identifier
2015-00988
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Eco Driving Model and Emissions Exposure Model

Summary Information

This report is based on a project that involved the examination of real-time eco-driving data that enables users to make pre-trip and on-route decisions when driving as to the optimal route to take. The basis of the project is to estimate how efficiently drivers are performing in relation to fuel consumption per kilometer.

METHODOLOGY:

Researchers of the Peacox project in Europe set out to explore the effects of an onboard eco-driving feedback tool on driver behavior to help lessen the CO2 emissions of vehicles. They wanted to create a tool to help drivers make decisions about the most optimal routes to take in terms of exposure to particulate matter. The tool examined real-time data concerning current location, traffic conditions and emission concentrations detected from monitoring stations. The information was then presented to drivers, who would adjust their driving accordingly. The model also provided users with estimates of how efficiently drivers were performing in relation to their fuel consumption per kilometer. Reductions in idling time, fuel consumption and speeding were all detected, further translating to a reduction in emissions.

The trial study was carried out from January 2012 to October 2012. For the study, five groups of vehicles were analyzed, with each group differing in its level of access to the onboard driver feedback and to the GPS webfleet tool.

RESULTS:
  • Groups receiving onboard information had weekly average idling times of 8, 8, and 10 minutes, with average reductions of CO2 emissions by percentages of 6, 4, 4, respectively.
  • Groups that were not receiving any onboard information had idling times of 12 and 23 minutes, with average reductions of CO2 emissions by percentages of 3 and 0, respectively.
**Results were all measured in reference to the control group that did not incorporate the webfleet tool or the onboard driver feedback tool.

Eco Driving Model and Emissions Exposure Model

Eco Driving Model and Emissions Exposure Model
Publication Sort Date
01/07/2013
Author
Md. Saniul Alam (TCD)
Dr. Aonghus McNabola (TCD)
Dr. Brian Caulfield (TCD)
Publisher
Trinity College Dublin
Project Co-Funded by the European Commission within the 7th Framework Program

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