A digitalized energy system can significantly reduce energy infrastructure investments while enhancing supply security and resilience.
Continuous knowledge of the true power line capacity
The Observer monitors and detects sag, clearance, icing, wildfires, and problematic vegetation
Drastically reduces the need for maintenance due to its preventive capabilities
Enables the integration of renewable energy into the grid
Through dynamic line rating, we give utility companies the tools to improve both the power line capacity, and the grid reliability.
In the US and Europe, power failures cost society between 100-125 billion euros each year.
In 2019 the interruption cost of power outages in Norway was over one billion NOK, 45% of this was related to natural causes such as ice, snow, wind and vegetation.
Inspections and improvements of lines currently make up to 40% of operating costs for power companies in both the US and Europe.
Power companies in Norway used on average 1 hour and 18 minutes to fix each power outage in 2021.
In 2021 54% of customers in Norway experienced long-term power outages.
350 million people, more than 4% of the global population, were impacted by major power outages in 2021.
In 2021 38% of customers in Norway experienced short-term power outages.
We are always seeking to improve our company’s sustainability and work towards a more sustainable future. With the acceleration of a shift to integrate renewable energy sources, the power grids need an improvement.
Through dynamic line rating, we give power companies the tools to improve both the power line capacity and grid reliability. In addition, our products and solutions contribute directly or indirectly to at least 6 of the UN Sustainable Development Goals.
Enabling large scale utilization of renewable energy sources.
Introducing two-way grid communication, enabling DER to connect to the power grid.
Enables further electrification of the society and enhances both reliability and robustness of the grid.
Enhancing possible electricity consumption through higher electricity capacity.
Capacity optimization postpones the need for building more power grids.
Reduced need for building new power lines also reduces the need for intervening with nature.
Enabling large scale utilization of renewable energy sources.
Introducing two-way grid communication, enabling DER to connect to the power grid.
Enables further electrification of the society and enhances both reliability and robustness of the grid.
Enhancing possible electricity consumption through higher electricity capacity.
Capacity optimization postpones the need for building more power grids.
Reduced need for building new power lines also reduces the need for intervening with nature.
Enabling large scale utilization of renewable energy sources.
Introducing two-way grid communication, enabling DER to connect to the power grid.
Enables further electrification of the society and enhances both reliability and robustness of the grid.
Enhancing possible electricity consumption through higher electricity capacity.
Capacity optimization postpones the need for building more power grids.
Reduced need for building new power lines also reduces the need for intervening with nature.
