6 May 2026
Nordic alpine environment: 52 kV in reality – why Covered Conductor was the chosen solution
In a small ski resort located in the Nordic alpine environment, a project is currently underway that clearly demonstrates how future power grids can be built in practice. In an environment defined by snow, forest, and strong seasonal variations, two parallel 52 kV lines are being constructed using Covered Conductor.
The background is a growing demand for power in the area, where peak winter seasons place high demands on grid capacity and reliability. The existing infrastructure has had its limitations, and the need for a solution capable of handling higher loads while performing in demanding terrain has been decisive.
The choice was Covered Conductor.
Built for real-world conditions
The project includes approximately two times seven kilometers of line, where two parallel 52 kV systems are being built to create redundancy and ensure supply even in the event of disturbances. The planned peak load is around 35 MW per line, while the system is designed to handle significantly higher loads when required.
In an environment where snow, ice, and forest conditions impact operations, it is essential to choose a solution that works not only in theory, but in reality. Covered Conductor enables a more compact design, allows closer proximity to vegetation, and maintains high operational reliability.
An alternative to underground cable in complex terrain
In many projects, underground cable is considered the default choice. In this case, the conditions pointed in a different direction.
The terrain, accessibility, and requirements for flexibility meant that an overhead solution created better conditions both technically and economically. At the same time, the design enables efficient maintenance and shorter response times in the event of faults.
This is not about replacing one technology with another, but about choosing the right solution for the right conditions.
The future grid requires more tools
Electrification is placing new demands on power grids. Increasing load requirements, more complex environments, and higher expectations on availability mean that more solutions need to be considered.
In this project, Amokabel demonstrates how Covered Conductor can be a practical and proven alternative in situations where traditional choices are not sufficient.
It is an example of how the same technology can be applied in different environments – and deliver the same result: a robust, flexible, and reliable power grid.
