The United States will soon benefit from a new technology developed by Heimdall Power in Norway, which uses sphere-shaped sensors to monitor high-voltage power lines. These sensors have already increased power-line capacity by 30% in Europe and have resulted in cost savings for early users. The sensors measure line temperature, current, and other key metrics, and the data is collectively analyzed with weather insights from Meteomatics to help grid operators maximize line capacity and potentially transmit more renewable power into the grid. The technology, called Neurons, is installed by drones and works best with a combination of physical and virtual sensors. By improving transmission capacity, it can enhance electricity stability and reduce the risk of blackouts. Overall, the technology represents a significant advancement in smart grid technology, energy efficiency, and the integration of renewable energy sources.
| Signal | Change | 10y horizon | Driving force |
|---|---|---|---|
| High-voltage power lines monitored by “magic balls” | Technological/Infrastructure | Increased power-line capacity, better utilization, more renewable power transmission | Improve energy system efficiency, prevent blackouts |
| Partnership between Heimdall Power and Meteomatics | Collaboration | Real-time power-line capacities, improved grid monitoring | Enhanced grid performance, optimized energy transmission |
| Use of sphere-shaped sensors for power-line monitoring | Technological | More efficient monitoring, faster forecasts and analysis | Improve grid performance, enhance energy transmission |
| Installation of sensors using drones | Operational | Faster and easier installation process | Efficient deployment, cost and time savings |
| Integration of weather data and power-line data | Data analytics | Enhanced analysis and forecasting capabilities | Optimize grid capacity, improve overall efficiency |
| Focus on storing renewable energy for high-demand times | Energy Storage | Solutions being developed to store and meet high energy demand | Address peak demand, ensure stability of electricity supply |
| Positive feedback from customers on the new technology | User Satisfaction | Increased awareness of power-line capacity, improved utilization of network | Customer feedback and satisfaction |