The installation covers the building's most exposed surfaces, where ice formation has previously been a recurring problem during the winter months.
The aim of the project is to prevent ice formation on the station building's facade and roof surfaces in connection with winter spills and high humidity levels. In the past, ice and meltwater have caused water to enter the building, leading to operational disruptions, increased maintenance needs and risks to both equipment and personnel.
Our integrated heating solution is based on energy-efficient and self-regulating technology that ensures an even temperature distribution across the entire heated surface. The heating panels are only activated when needed. This achieves controlled energy consumption and minimal maintenance, while the system contributes to a safe and reliable building environment that does not require manual work.
The installation at Rusfors reduces the need for maintenance at the power plant while minimizing the risk of ice-related damage. The solution also contributes to a more sustainable and climate-resilient facility, adapted to the challenges of a cold climate.
The project in Rusfors is the first installation of our technology at one of Vattenfall's facilities. We see this as an important step in our continued development and as a pilot for future applications in the energy industry. The experiences we gather here will form the basis for further implementation of our technology in more power plant environments with similar conditions.


