aliunid AG - Breath at a Trafostation

AI Quick Summary

With the increase of electric vehicle charging, it is expected that peaks in the distribution grid are becoming more critical.This is precisely where the breathing energy system developed by aliunid comes in. Our technology allows adding charging stations even in grids where capacity is restricting additional loads.During peak hours, electric charging will be reduced by the utility.vShifting demand will be crucial to allow the transition towards electric &vrenewable mobility without overloading the grid. With the increase of electric vehicle charging, it is expected that peaks in the distribution grid are becoming much more critical. So, how do you prevent an expensive extension of the existing grid infrastructure? This is precisely where the “breathing” energy system developed by aliunid comes in. Our technology allows adding charging stations even in distribution grids where capacity is restricting additional loads. During peak hours, electric charging will be reduced by the utility. Shifting demand will be crucial to allow the transition towards electric and renewable mobility without overloading the grid. The breathing energy supply of aliunid creates the prerequisite for successfully implementing the Swiss Energy Strategy 2050.The aliunid solution uses real-time information on the status of the supply system from the individual household step by step via the distribution cabinet to the transformer.

Project Idea Metadata

• Project Idea Name: aliunid AG - Breath at a Trafostation
• Date: 10/1/2021 3:54:44 PM
• Administrators:

Project Idea Description

With the increase of electric vehicle charging, it is expected that peaks in the distribution grid are becoming much more critical. So, how do you prevent an expensive extension of the existing grid infrastructure?

This is precisely where the “breathing” energy system developed by aliunid comes in. Our technology allows adding charging stations even in distribution grids where capacity is restricting additional loads.

During peak hours, electric charging will be reduced by the utility. Shifting demand will be crucial to allow the transition towards electric and renewable mobility without overloading the grid. The breathing energy supply of aliunid creates the prerequisite for successfully implementing the Swiss Energy Strategy 2050.

The aliunid solution uses real-time information on the status of the supply system from the individual household step by step via the distribution cabinet to the transformer.

With the increase of electric vehicle charging, it is expected that peaks in the distribution grid are becoming more critical.

This is precisely where the breathing energy system developed by aliunid comes in. Our technology allows adding charging stations even in grids where capacity is restricting additional loads.

During peak hours, electric charging will be reduced by the utility.vShifting demand will be crucial to allow the transition towards electric &vrenewable mobility without overloading the grid.