Midsummer and the EU signed agreement on EU grant for new Swedish solar cell factory. Negotiations on the conditions for the grant from the EU towards the construction of a new megafactory for the production of thin film solar cells in Sweden by Swedish solar energy company Midsummer have now been finalized and both parties have signed the agreement. In July the EU Innovation Fund announced that it had selected the Swedish manufacturer of solar cells Midsummer for funding of EUR 32.3 million for a new solar cell factory in Sweden with the capacity to produce 200 MW solar cells annually.

After negotiations on the conditions for the grant, Midsummer and the EU Innovation Fund have now signed the grant agreement which, among other things, regulates the timetable for the construction, dates for payments of the grant, counter-financing, etc. The objective of the project is to build a factory in Sweden for the production of 200 MW of thin film solar cells annually, which together with the factory that Midsummer is completing in Italy would give the group an annual production capacity of 250 MW of solar cells. (Completion and start of production of the Italian factory is completely independent of the support from the EU Innovation Fund.) Start of production for the new Swedish factory is planned for the first quarter of 2026.

Before that, during 2025, installation of equipment, test production for functionality tests, certification of the factory and training of personnel will take place. The factory which would provide around 250 jobs. The project follows the timeline and scope as previously communicated.

Before the first grant payment can take place, the project as a whole must have its financing secured. The grant from the EU Innovation Fund corresponds to approximately 50% of the counter-financing that is required for the grant to be awarded. Midsummer is now looking at options for the counter-financing which may include a combination of capital, loans and other public financing.

Midsummer's long-term goal is to expand its total production to over 1 GW by 2030.