Grid serviceability is often used synonymously with grid compatibility or system compatibility. According to the Forschungsstelle für Energiewirtschaft e.V., electrical systems are grid-compatible if they help to reduce grid costs. This includes, for example, the reduction of grid bottlenecks and expansion requirements or optimized grid operation management. Grid-compatible systems must meet the needs of energy generation and use and enable the seamless integration of renewable energies. It must be possible to store surplus energy in order to ensure the flexibility of the electricity grid.
The building sector has a significant influence on the stability of energy grids. Optimized energy consumption in buildings has an overall positive effect on grid stability. In addition to renewable energies, energy storage systems can also be used in buildings in order to be released when required and to reduce peak loads on the electricity grid. The Optimization Bundle from aedifion provides you with all the digital tools you need for the long-term and continuous optimization of your buildings. AI-based energy savings of up to 40 percent make a significant contribution to grid stability.
