recently, Finland's local key renewable energy project-Finland's northern Savoe province Suonayoki Solar Park (Finnish Solar Park)112MW centralized ground photovoltaic power plant project is in full swing construction. The project all uses Aixu ABC "black hole" series components, will be officially connected to the grid in the summer of 2026. As an important case of Aixu ABC's centralized ground scene in extremely cold regions, the implementation of this project marks that ABC components have successfully broken through the technical barriers of high latitude photovoltaic development and realized global adaptation from low latitude to high latitude by virtue of their extreme extreme cold adaptability and stable power generation performance in the whole scene.
The northern part of the province of Savo in Finland is located in a high-latitude region with extremely harsh climatic conditions. The local winter is long and the temperature is lower than -30 degrees Celsius all the year round, frequent freeze-thaw cycles, heavy snow cover and other extreme environments, which pose severe challenges to the low-temperature power generation efficiency, cold weather resistance and long-term reliability of photovoltaic modules. For such conditions, Aixu ABC components use copper interconnection technology with single-sided welding process, effectively improve the reliability of the components, so that it has a stronger ability to resist cracking in the face of extreme weather such as blizzard and hail. While ensuring the safety and reliability of the power station, Aixu ABC has greatly enhanced the green power output in extremely cold environments, providing a core guarantee for the stable power generation and revenue targets of the project throughout its life cycle.
As one of the first batch of key ground photovoltaic demonstration projects in Finland, the Finnish Solar Park project is located in the local once peat mining area, which is precisely the value of photovoltaic technology for the efficient development of idle land. After the project is put into operation, it can output about 62.2 million degrees of clean electricity per year, effectively reducing about 4900 tons of carbon dioxide emissions, and will become a benchmark project for energy transformation in northern Finland.
The landing of this project not only confirms the huge potential of large-scale development of solar energy in the high latitudes of Northern Europe to the world, but also sets a new technical benchmark for the development of high-latitude photovoltaic projects in Northern Europe and even the world. In the future, Aixu will continue to provide efficient, reliable and low-carbon photovoltaic solutions for energy transformation in different latitudes and different climate regions around the world by virtue of its full-climate and full-scene technology adaptation capabilities.