France and Germany reach provisional deal

France and Germany have reached a provisional agreement on an automotive package, which includes concessions on carbon dioxide emissions and the definition of European preference in the automotive industry. The agreement was made during the European Union Council and is based on mutual compromises between the two countries.

Flexibility on emissions targets

France has agreed to additional flexibility regarding CO2 emissions from cars by 2035. This allows manufacturers to reduce emissions by 90% without compensating for the remaining 10%, which differs from the European Commission's original proposal. This flexibility is linked to the growing use of renewable fuels, including biofuels, and will depend on final European-level provisions.

Restrictive definition of European preference

In return, Germany has accepted a more restrictive definition of European preference in the automotive sector. Previously, Germany supported a "Made with Europe" approach that included countries like the United Kingdom, Turkey, and the Mark. Now, Germany agrees to focus on manufacturing within the European Union and among close partners, such as the United Kingdom or Norway.

Impact on public funding and production

The principle of European preference requires companies in strategic sectors to source components from Europe or certain partner countries when they benefit from public funds. The geographical scope of this policy is crucial, as it determines which productions can access this public funding. Germany's shift toward stricter criteria in the automotive sector aligns more closely with France’s position.

Next steps for EU legislation

The Franco-German agreement is expected to help the European Union move forward on two related issues: the automotive package and the legislation on European preference, which is currently being negotiated between the European Union and the European Parliament. The compromise balances relaxed environmental constraints with stronger industrial requirements, though details on local content and its composition remain unclear.