Odyssee-Mure FIT-FOR-55

Comprehensive monitoring of efficiency trends and policy evaluation in EU countries, Switzerland and Energy Community countries.

The Odyssee-Mure project is coordinated by ADEME with the technical support of Enerdata and Fraunhofer. It is supported by LIFE-CET programme of the European Commission and is part of the activity of the EnR Club.

Odyssee and Mure databases

The project relies on two complementary internet databases, that are regularly updated by the network of national teams (once to twice a year):

• Odyssee, managed by Enerdata, that contains detailed energy efficiency and CO₂-indicators with data on energy consumption, their drivers (activity indicators) and their related CO₂-emissions.
• Mure, coordinated by Fraunhofer-ISI with the technical support of Enerdata, that contains a description, with their impact evaluation whenever available, of all energy efficiency measures implemented at EU or national level. Mure was initially developed by ISINNOVA.

Project objectives

The general objective of the project is to provide a comprehensive monitoring of energy consumption and efficiency trends as well as an evaluation of energy efficiency policy measures by sector for EU countries, Switzerland and Energy Community countries*:

• Evaluate and compare energy efficiency progress by sector, and relate this progress to the observed trends in energy consumption.
• Contribute to the evaluation of national energy efficiency policy measures and analyse their dynamics of implementation.

To provide results in an interactive and attractive way to decision makers and actors involved in energy efficiency, the project has developed specific data and policy tools. The originality of the project is to cover all sectors and end-uses with an homogeneous and harmonised approach and to provide an overall picture of the trends and measures by sector.

*Bosnia-Herzegovina, Montenegro, Georgia, Ukraine, Northern Macedonia, Albania, Moldova, Kosovo and Serbia.

Technical Coordination

• Agency for Ecological Transition (ADEME)
• Enerdata
• Fraunhofer ISI
• IEECP
• Borg and CO / ECEEE