Outage Planning 2.0

Outage planning and coordination today are characterized by fragmented workflows and inefficient processes. Numerous external tools are used for different steps, creating a complex and disconnected working environment. In addition, extensive use of Excel spreadsheets leads to duplicated efforts and reduced transparency.

This setup frequently results in version conflicts in planning data, making it difficult to maintain consistency and trust in the information. Most importantly, there is no seamless end-to-end (E2E) process – from creating a request to executing it in the control center – leading to delays, miscommunication, and operational inefficiencies.

Use Case

The Outage Planning 2.0 solution is designed to support outage planners, system operators, and coordination teams across the full lifecycle of asset outages. It enables users to create outage and maintenance requests, coordinate grid-related activities, and communicate effectively with internal stakeholders as well as external partners such as TSOs, DSOs, and power plants.

Within a single environment, users can visualize outages using grid maps or single-line diagrams, perform grid stability analyses (e.g., N-1 calculations), coordinate conflicting requests, and track execution in real time. MCCS also facilitates reporting and continuous improvement by capturing insights across all process stages.

Benefit

The benefit of the outage planning 2.0 is the enabled higher efficiency and transparency while allowing collaborative coordination of asset outages through one integrated platform.

By bringing all stakeholders into one environment, MCCS simplifies communication, reduces the risk of misalignment, and improves collaboration. Integrated and automated data exchange further streamlines coordination across organizational and system boundaries.

The technology behind it

MCCS consolidates all relevant information in one place, eliminating the need for multiple tools and ensuring that all users work on a shared, consistent dataset – a single source of truth. This significantly improves data reliability and decision-making.

The system empowers outage planners to perform key analyses, such as grid stability calculations, directly within the platform. Intuitive visualization of outage requests makes planning more efficient, while smart scheduling recommends optimal timing and highlights conflicts at a glance.

How does it work

The solution structures outage management into a clear, end-to-end workflow that ensures efficiency and transparency at every stage:

Create: Users submit outage requests, maintenance activities, operational work, incidents, and asset lifecycle changes.
Coordinate: Outages are analyzed and coordinated through grid stability calculations, visualization tools, conflict identification, and structured documentation.
Communicate: Stakeholders collaborate within the system, exchange information with external partners, and publish outage plans to operations.
Execute: Operators access all relevant requests centrally, update execution status directly in the system, and automatically inform stakeholders about progress, deviations, and asset availability.
Report: The system generates insights, supports process automation, and enables continuous improvement, including future optimization and AI-driven enhancements.