How complex is integration into existing grid and control center systems?

Existing metering, SCADA, and planning systems can be integrated in stages. Implementation is possible in individual grid segments and can be expanded later. This ensures that ongoing operations remain stable while new functions are gradually integrated.

What data is required for the grid stability solution?

Operational and measurement data from grids and facilities are central. Planning and market data can also be incorporated to improve forecasts and further refine the analyses.

How is transparency in grid operations improved?

The combination of real-time monitoring, simulation, and automated evaluations provides a clear picture of the grid’s status. Developments can be identified early on, allowing measures to be taken in advance rather than only after a disruption occurs.

Grid Stability in Energy Supply

Ensure the stability of your grids with data-driven grid monitoring and predictive control—reliably and transparently.

A line of high-voltage power pylons at dusk overlaid with a glowing digital mesh network, symbolizing smart energy grids and network stability.

Challenge: Complex Grids, Rising Risks

Ensuring a stable energy supply is becoming increasingly challenging for grid operators. Rising system complexity, decentralized generation, and volatile feed-in sources make grid control more difficult and place greater demands on planning and operations.

Avoiding Blackouts

Increasing system complexity raises the risk of instability and widespread outages, which directly affect the reliability of supply.

Keeping Assets Under Control

Unplanned equipment failures lead to numerous downtimes, rising repair costs, and additional pressure on maintenance processes.

Integrating Decentralized Energy Sources

Diverse, often volatile power sources make efficient energy procurement difficult and place high demands on grid control.

Making the network status transparent

The lack of transparency prevents proactive management and ties up resources in manual analysis and retrospective evaluation.

Measurable Benefits: Stability and Cost-Effectiveness

Use data-driven analytics to actively stabilize your grid and make informed decisions. This enables you to identify technical risks early and reduce them in a targeted manner. At the same time, you unlock economic potential by better aligning operations, maintenance, and procurement.

Reduce downtime: Minimize unplanned outages through early detection of critical conditions and targeted planning of interventions.
Reduce Maintenance Costs: Avoid costly emergency call-outs and extend the service life of your infrastructure through predictive maintenance and optimized maintenance cycles.
Optimize energy costs: Use more precise demand forecasts and integrated procurement strategies to ensure a cost-effective and predictable energy supply.
Improve decision-making: Benefit from automated dashboards and simulations that provide transparency into grid conditions and enable well-informed, proactive control.

Solution: Grid Resilience as a Service

Rely on Grid Resilience as a Service to ensure the long-term stability of your grids. The solution continuously analyzes load flows and places them in an overall context that enables a well-founded assessment. Based on this, it performs optimized redispatch analyses to compensate for instabilities early on and minimize risks in a targeted manner.

Predictive maintenance models forecast equipment failures based on existing operational data, thereby laying the groundwork for planned interventions. Intelligent energy management supports the efficient use and procurement of energy. Real-time monitoring and grid simulations provide transparency into current and future grid conditions and enable well-informed, proactive operational decisions.

Competitive Advantage: Stable Grids, Better Decisions

Strengthen your position by making targeted use of grid and operational data to ensure a reliable and cost-effective energy supply. Improved transparency and forecasting capabilities help you identify risks early and take appropriate action.

Increase supply security

Increase the reliability of your grids and thereby safeguard your core service as a grid operator, even under complex conditions.

Actively Manage Risks

Reduce fines and reputational damage through optimized redispatch processes and precise stability analyses.

Efficient Use of Resources

Automated analyses take the load off your specialists, reduce manual effort, and free up time for strategic tasks in grid operations.

The Foundation: Data-Driven Grid Intelligence

Leverage a data-driven foundation to specifically enhance grid stability. The solution aggregates relevant data and prepares it in a structured format for analysis and simulation. This creates a consistent database that enables a well-founded assessment of grid situations.