The application for subsidy was rejected! The expansion plan of a photovoltaic enterprise was put on hold!

2026-09-04 17:32:15

On September 1, Midsummer, a Swedish solar manufacturer, announced that it would suspend its plan to build a new solar cell factory in the central Swedish city of Flon and voluntarily abandon the approved 32.3 million euro EU Innovation Fund grant.

On September 1, Midsummer, a Swedish solar manufacturer, announced that it would suspend its plan to build a new solar cell factory in the central Swedish city of Flon and voluntarily abandon the approved 32.3 million euro EU Innovation Fund grant.

It is reported that the factory mainly focuses on flexible CIGS copper indium gallium selenide thin film batteries, which were originally planned to start trial production in 2026 and achieve full production in 2028. The first phase of the project is positioned as an integrated production line of batteries and modules , with a designed annual capacity of 200 MW , and the long-term goal is to expand the scale to more than 1 GW in 2030.

As for the reasons for the sudden suspension of the project, Midsummer explained that the financing plan of the company's factories had also been negatively affected by the failure to obtain financial subsidies from the Industriklivet (Industrial Leap) project of the Swedish Energy Agency. "Even with EU funding, it will cost hundreds of millions of kroner to build a new factory of this scale in Flen," and "we look forward to building a new factory in Sweden in the future when commercial and financial conditions permit.". After the

申请补贴被拒!一光伏企业扩产计划宣告搁置!1

local expansion plan was blocked, the company was forced to adjust its long-term development strategy. Midsummer said that there is more room for capacity expansion outside Sweden, and that the co-construction model with external partners is more attractive than self-financing self-built factories.

According to reports, the company is now shifting its long-term production strategy to a light asset model based on collaboration with major industrial partners. According to this model, Midsummer will no longer hold and operate all factories, but provide equipment, raw materials and technology to cooperative enterprises around the world to achieve localized production of photovoltaic cells. "This development model with equipment sales as the core can not only obtain considerable income in the initial stage of the project, but also continue to generate revenue after the plant is put into operation.". According to

public information, Midsummer is a Swedish company focusing on CIGS flexible solar thin film technology development services and photovoltaic power plant project construction, which was founded in 2004.

At present, the company has a battery module production capacity of 2MW/year in Sweden, mainly undertaking R & D and small batch trial production tasks; The wholly owned plant in Bari, Italy is the only large-scale production base at present, with a design capacity of 50 MW/year , which is mainly used to supply the European Union, North America and South America markets.

All can be viewed after purchase
Correlation

On September 1, Midsummer, a Swedish solar manufacturer, announced that it would suspend its plan to build a new solar cell factory in the central Swedish city of Flon and voluntarily abandon the approved 32.3 million euro EU Innovation Fund grant.

2026-09-04 17:32:15

This is the statistical introduction of cement and clinker storage capacity ratio. On September 4, there are clear statistical values of clinker and cement storage capacity ratio in the whole country and all regions, with corresponding year-on-year and ring-on-ring change point data, covering the relevant changes of two types of products in seven regions. Among them, the ratio of clinker storage capacity in Northeast China changed by 35.00 percentage points year-on-year, which was at a relatively high level in all statistical items; the ratio of clinker and cement storage capacity in many regions did not change on a month-on-month basis, and the relevant change range was at a very low level.