https://www.euractiv.com/section/politics/news/finlands-wind-power-capacity-increased-by-75-last-year/
The EU installed 15 gigawatts (GW) of new wind farms in 2022. That’s one third more than 2021. This increase in new installations is an encouraging result given the overlapping challenges the industry faced in 2022. And the 15 GW installed are an important contribution to strengthening Europe’s energy security ahead of next winter. But …
@Sustainable2050 @martinvermeer There are indeed hydrogen projects underway but can they scale up quickly enough? Adding 2 or 3 GW of wind each year is quite a pace, and capacity factors are also improving.
I assume part will go to heating, but we also need new heat storage capacity in district heating networks to absorb that wind energy when available, and cover few days of dunkelflaute.
One #SeasonalStorage is being built in Vantaa, but it takes 5 years..
https://www.yit.fi/en/in-focus/10-questions-and-answers-regarding-the-vantaa-seasonal-heat-storage
@martinvermeer @Sustainable2050 Thermal storage can be quite efficient when charging with heat pumps and using large units with relatively lower losses. Cheap auxiliary resistors could absorb the highest peaks of wind output to avoid negative prices and curtailment, like you said.
Before the energy crisis, district heat retail price in 🇫🇮 was often higher than Nordpool power price. So industrial power consumers like (tax-exempted) data centers could make profit just by selling waste heat...