Naepo Green Energy, a South Korean power generation and district heating operator, partnered with Octave to modernize its plant operations through the deployment of Octave Attune EAM.
Facing challenges associated with fragmented, document-based maintenance and operational processes, the organization sought to improve information visibility, standardize workflows and strengthen equipment reliability across the plant.
By implementing an integrated, digital asset management platform, the organization has taken a significant step toward data-driven operations, improved reliability and scalable digital transformation.
The challenge
Operating a power plant requires seamless coordination across maintenance, operations, safety and materials management. At Naepo Green Energy, these processes were historically managed through fragmented, manual systems, creating operational inefficiencies and limiting insight. Key challenges included:
Disparate data environments: Maintenance history, operational logs and material data were stored across spreadsheets and documents
Limited visibility and continuity: Knowledge was dependent on individuals, making collaboration and handover difficult
Manual, paper-based workflows: Safety approvals, work permits and material processes were slow and resource-intensive
Lack of integrated analytics: Operational data was not centralized, constraining data-driven decision making
No unified asset framework: Absence of a digital platform to manage plant wide asset and operational data
To support future growth and reliability targets, Naepo Green Energy required a standardized, digital-first approach to asset lifecycle management.
The solution
Naepo Green Energy implemented Attune EAM to establish a unified, scalable asset management platform tailored to power plant operations.
The solution was designed through close collaboration with operational teams and structured around four core areas:
Integrated maintenance and work management
Standardized work processes including work requests, work orders and preventive maintenance
Calendar-based scheduling for improved planning and coordination
Digital management of safety permits, risk assessments and approvals
Centralized equipment and materials management
Established equipment and functional location master data
Integrated inventory, inspection and material movement processes
Operational performance management
Real-time tracking of generation performance and operational status
Digital logging, inspection tracking and incident reporting
Engineering and construction management
Centralized engineering standards and cost data
Enhanced maintenance and project planning
Automated project cost estimation
Integrated engineering, maintenance and cost information
Business impact
Although still in the early stages of operation, the transformation has already delivered meaningful improvements:
Transition from paper-based workflows to fully digital processes
Creation of a single source of truth across maintenance, operations and materials
Automated capture of maintenance and asset history
Improved cross-functional collaboration and transparency
Expected outcomes
As adoption matures, Naepo Green Energy expects to:
Standardize and scalable maintenance and operational processes
Increase workforce productivity and reduce administrative overhead
See stronger asset reliability and reduce downtime risk
Enhance data utilization and analytics capability
Lower total cost of operations through efficiency gains
Why it matters
Naepo Green Energy’s transformation highlights how asset-intensive organizations can:
Replace fragmented processes with connected, end-to-end asset intelligence
Shift from reactive operations to predictive, data-driven decision-making
Build a scalable foundation for AI-enabled performance optimization
With Attune EAM, organizations gain more than a system - they gain the operational backbone for digital transformation.
Future vision
Building on this foundation, Naepo Green Energy is advancing its digital transformation strategy with:
ERP and enterprise system integration to further unify operations
Expansion of asset management capabilities to new infrastructure, including fuel cells and district heating systems
Adoption of AI-driven (AX) strategies leveraging accumulated operational data
Development of intelligent, predictive maintenance and operational optimization models This roadmap positions the organization to evolve into a fully digital, data-powered smart power plant.
“The most important goal of this project was to establish a maintenance management system optimized for our operations. By standardizing and digitalizing our processes, we have created a strong foundation for improving reliability and efficiency. Going forward, we will further enhance our asset management environment through ERP integration and AI-based operations.”
Joo Woo-cheol, Deputy manager, instrumentation team, Naepo Green Energy