This brings the number of offtake agreements to ten in November for an accumulative 331 MW of solar panels.
On November 5, Midsummer announced the signing of LOI’s with six Swedish and international industry players for a total of 107 MW of solar panels. Together with today’s announcement of 224 MW solar cells and previously announced deals with Italian roof and building companies it brings the number of entered offtake agreements to 13 with a combined volume of more than 400 MW of solar panels.
”Many large industry players around Europe are lining up for our products as they see a big market for our discreet and sustainable thin film panels” said Midsummer’s CEO Sven Lindström. “It is our defined strategy to enter into these offtake agreements to ensure sale of our products parallel with us scaling up our production capacity.”
The signed LOI’s equate to 406 MW of solar panels to be supplied in the coming three to six years, which can be compared with the company’s annual production capacity of 2 MW at the existing Swedish factory and 50 MW at the Italian factory in Bari that is expected to commence production in 2023. Midsummer also seeks to setup a new factory in Sweden for an initial 20 MW production and eventually 200 MW annual production capacity. The long-term goal is at least 1,000 MW annual production capacity by the year 2030, which would require several new mega-factories around Europe.
Midsummer's thin film solar cells are produced with in-house developed world-leading machinery. The company owns the entire value chain and the technology, processes and businesses are commercially proven after decades of experience as a manufacturer of unique production lines as well as solar panels and solar roofs.
Midsummer's CIGS solar cells require no silicon, no aluminum frames and no glass encapsulation, which, together with efficient material consumption, production and installation, has created the world's most environmentally friendly way of producing electricity known today with a climate footprint that is only one-tenth that of silicon panels.
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