Yes, but then when the wind doesn't blow, you miss upto 960MW of capacity, you can choose how to fill that; solar, coal, gas, waterpower, diesel, nuclear.

And the question is, are those wind turbines without subsidy?

Here in the Netherlands some big energy users like Aldel already have stopped, those big users are also good in up and down scaling energy usage on demand, and also those products have to come from somewhere else now, so in the end the question is about energy and availability.

Some (or a lot of) subsidies can be justified.

A single wind turbine or a single PV module obviously provides only variable amounts of electricity. However, this is not the case for many PV modules and wind turbines spread across the entire continent. Wind and PV complement each other very well in Europe because of regular weather fronts; when there is little wind, there is more sunshine.

https://www.energy-charts.info/charts/energy/chart.htm?l=de&...

In Europe, the average weekly electricity generation in 2025 was 14.0 TWh, and no week fell below 10.2 TWh. In 2026, the average output was about 15.5 TWh, and so far, no week has fallen below 12.5 TWh.

Of course, batteries are needed for short-term storage, but with the creation of excess capacity in wind and solar power, the troughs below the load curve become narrower and shallower, drastically reducing the need for storage.

> when the wind doesn't blow

During day hours and with clear weather it's solar.

Currently at night in Germany it's: imports from other countries + coal power plants + gas power plants + little bit of hydro/biomass.

The plan for coming decade is to replace coal power plants with new subsidized gas power plants.

https://table.media/en/europe/news/gas-fired-power-plants-eu...