Case Summary :
Wadi Noor Solar Power Company required a structured digital platform to manage the 500 MW Manah I Solar Plant during its transition from EPC to operations. Engaged by Shanghai Electric Muscat Ltd., Intertec implemented HxGN EAM to centralize asset management, digitize maintenance and safety processes, and enable operational governance. The solution established a scalable O&M foundation, improving reliability, visibility, and lifecycle cost control
Business Problems :
As a utility-scale solar project entering operations, the organization required a structured asset management platform to ensure reliability, safety compliance, and efficient maintenance governance.
- Limited centralized visibility of plant assets
- Need for preventive and condition-based maintenance planning
- Requirement for digital Permit-to-Work governance
- Inventory and spare-parts tracking for critical equipment
- Warranty tracking across solar plant assets
How Intertec Helped :
Intertec, engaged by Shanghai Electric Muscat Ltd., implemented HxGN EAM as a unified digital O&M platform for Wadi Noor Solar Power Company’s 500 MW Manah I Solar Plant in Oman.
- Asset Lifecycle Management: Configured asset hierarchy and lifecycle governance for plant equipment.
- Maintenance Enablement: Implemented preventive, condition-based, and corrective maintenance workflows with digital inspections.
- QHSE & Safety Controls: Enabled Permit-to-Work, JHA processes, and incident management.
- Inventory & Warranty Management: Integrated spare parts, procurement workflows, and warranty tracking.
- Operational Visibility: Delivered mobility and dashboards for paperless field execution and performance monitoring.
Business Outcomes Delivered :
- Improve maintenance efficiency by ~25% through standardized PM/CBM workflows
- Improve safety compliance by ~30% via digital PTW/JHA governance and audit trails
- Reduce response time by ~40% using mobile work execution (online/offline)
- Optimize lifecycle costs by ~20% through warranty tracking and controlled MOC processes
