Terms briefly explained
The Renewable Energy Sources Act (EEG) is the most important legal foundation for the promotion of renewable energies. It has been a key driver of the change that was later referred to as the energy transition.
Over the years, the law has been repeatedly updated and adapted to the latest developments. However, the basic principle has always remained the same and is based on the promotion of renewable energies - particularly wind and solar - in the form of the EEG surcharge. This is also known as EEG remuneration.
Which energy sources does the EEG subsidise?
The EEG subsidises electricity generation from the following renewable energy sources (Section 3 No. 3 EEG):
How funding works with the EEG feed-in tariff
A levy was introduced in 2020 to finance the expansion of renewable energies. This obliges grid operators to prioritise the connection of renewable energy systems to their grid and to purchase and forward the electricity generated.
In detail, the mechanism works as follows:
The current version of the EEG dates from 2023. The aim of the EEG 2023 is to transform the electricity supply into a sustainable and greenhouse gas-neutral system based entirely on renewable energies. The Act is the biggest amendment to energy policy in recent decades.
The overarching goals of the EEG 2023
Why was the EEG levy abolished?
Electricity customers have no longer had to pay the EEG surcharge since 1 July 2022. This decision was part of the German government's relief package for citizens. The levy was replaced by financing from the federal budget, more precisely from the special assets of the Climate and Transformation Fund (KTF). This became questionable in autumn 2023 when the financing of the KTF was stopped by the Constitutional Court. However, when the 2024 federal budget was adopted on 2 February 2024, it was decided that the key relief for citizens - such as the abolition of the EEG levy - would be retained. This will be made possible by redeployment, savings elsewhere and the use of other financing channels.
The measures of the EEG 2023