Finnmill Oy
Finnmill Oy
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    • Etusivu
    • English
    • En español
    • Tuotteet
    • Tiedotteet
    • Ota yhteyttä
  • Etusivu
  • English
  • En español
  • Tuotteet
  • Tiedotteet
  • Ota yhteyttä

FINNMILL ENERGY

Finnmill


FinnMill Energy is located in Northern Ostrobothnia in Northern Finland, near Oulu city . In 2020, after three years of research and development, we decided to start a company. 


EVO2 is going on sale this year after piloting and approval by the authorities. In municipalities  in the north like on sunny beaches in the south in general, the need for electricity is high. However, the main electricity grids do not reach these areas, so people need self-sufficiency in electricity production. On the other hand, those who already have an electricity contract want independence from electricity. 


There is a need for small-scale  solar power systems. We offer you a customized  solar power system according to your measurements. 



Finnmill Solaricity EVO2


Finnmill Energy's two-sided solar panel solution has been designed before everything for capturing scattered radiation. Much of what is outside of light is reflected from the earth's surface, radiating. Based on this, our the system has a light-reflecting plate, which scatters the light back to the panels. 


The Finnmill solar collector is about understanding environmental conditions: sun angle, amount of light, temperature and humidity  conditions. As energy efficient as possible and easy to maintain. In the evenings, when the sun goes down or in stormy weather, the system the technology guides the panels to their lap, so that the wind does not break them and the panels remain clean. 


The Finnmill system is also particularly suitable for cottages, because maintenance and its lightness are especially taken into account in its usability - During snowfall, the pallets are flat, so the snow load does not pile up on top of the panels. In stormy weather, leaves and branches and small stones do not load the surface of the panels. In addition, the surface cannot fog up, because condensation water can drain directly downwards. 


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Copyright © Jari Kemppainen

2025 Finnmill – Kaikki oikeudet pidätetään.


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