Grid Connection Delays Block German Investments Exceeding 45 Billion Euros
A new study reveals that German delays in connecting renewable energy and battery storage projects to the grid are blocking investments worth over 45 billion euros. Approximately 40,000 projects are awaiting connection.

New research conducted by AFRY, commissioned by the Beyond Fossil Fuels network, indicates that the slow modernization of Germany's electricity grid and supply chain issues are significantly hindering investments in renewable energy and energy storage. The study estimates that projects within Germany related to renewable energy sources and battery storage are awaiting grid connection, blocking investments valued at over 45 billion euros. An estimated 40,000 projects are currently in a backlog.
The delays in obtaining grid connections are impacting the wider European landscape as well. Across eight European countries studied, investments totaling approximately 100 billion euros have been postponed due to insufficient grid connection capacities for renewables and storage, or excessively long processing times. While the analysis primarily focused on renewables and batteries, reports from manufacturing companies also highlight extended waiting periods for grid access essential for electrification initiatives.
The study attributes the slow processes to several factors, including inefficient procedures, prolonged planning and permitting phases, and shortages in resources and skilled labor. In Germany, the problem is exacerbated by fragmented implementation of grid modernization across over 850 different grid operators, leading to a lack of transparency and incentives.
Environmental organizations Germanwatch and Deutsche Umwelthilfe (DUH) have voiced criticism of the German government's proposed measures to expedite grid connections. Both organizations argue that current proposals are inadequate and potentially detrimental to renewable energy investments, calling instead for clear directives for grid operators and stronger incentives to promote swift and transparent connection processes.