- All Foundries
- 商品管理と取引
- 顧客とマーケティング戦略
- デジタルエンジニアリング
- ステーション・スタジオ
- サプライチェーン＆インダストリー5.0
- サステナビリティ
- Physical AI
- Next-Generation Infrastructure
Integrated Generation Operations & Maintenance Platform
A generating asset never operates as a standalone system. Its outages, alarms, work orders and production data form one operational story. Bringing those signals together helps teams move from fragmented response toward coordinated, risk- and condition-informed action.
The challenge extended beyond technology. The application had to reflect a complex operating context, use information consistently across the fleet and produce outputs that operational and maintenance teams could trust and reuse.
The platform needed to support planned outages, limitations and system-operator constraints, incident registration and cause assignment, work orders, maintenance plans, alarms, operational events, production availability and settlement.
One application had to cover installations across locations and generation technologies while maintaining a common approach to operations and maintenance.
Asset, condition, maintenance and operational information had to be brought together from different systems, formats and organizational teams.
The operating model needed to combine condition, criticality, failure signals and work requirements so priorities remained connected to the evidence behind maintenance or investment decisions.
The delivery combined the core application with the data, process and user workflow needed to make the capability operational. Together, the components form an end-to-end chain from information capture and preparation through analysis, planning and field execution.
The application supports planned outages and limitations, system-operator constraints, incident registration and cause assignment, work orders, maintenance plans, alarms and relevant operational events, together with production measurement and settlement processes.
A common application covers generation installations regardless of location or generation technology, creating a shared process foundation across a heterogeneous portfolio.
Relevant asset and operational data are integrated into a common decision workflow, supporting consistent records and stronger links between operational events and maintenance work.
Analytical or rules-based logic identifies priorities, while connections to planning and maintenance execution allow findings to inform concrete interventions, work programs and asset decisions.
The integrated capability provides common operations and maintenance coverage across heterogeneous generation assets, strengthens traceability between operational events and maintenance work, and supports consistent records across national and international installations. The common application reduces process fragmentation across generation technologies while providing a foundation for more proactive maintenance, clearer prioritization and broader operational visibility.
