Maximizing Renewables Asset Performance: AI-Driven Operations for Utility-Scale Portfolios
In this webinar, you will:
- Learn how to track individual inverter efficiencies and use cascading loss waterfall diagrams to immediately identify clipping losses, thermal derating, and tracking failures.
- See how AI models benchmark actual turbine performance against warranted power curves, detecting early signs of mechanical wear (like gearbox or blade anomalies) to optimize field technician dispatch.
- Understand how to monitor battery health metrics, automate cycle detection, and spot weak modules early to extend the asset lifecycle of critical energy storage infrastructure.
- Discover how to automate repetitive compliance reporting and empower remote field technicians with offline mobile work orders, reducing manual documentation and boosting wrench time.
Register to Watch
Webinar Topics
As Australia accelerates toward its ambitious net-zero targets, managing the operational complexity of utility-scale solar, wind, and Battery Energy Storage Systems (BESS) has never been more critical. Operating in harsh, remote environments with fluctuating weather conditions requires a shift from reactive maintenance to intelligent, data-driven asset management.
Join us for this exclusive webinar to discover how IBM Maximo Application Suite (MAS) and the newly integrated Maximo Renewables platform leverage advanced AI, IoT sensor data, and deep analytics. Learn how to bridge the gap between expected and actual energy output, eliminate siloed operations, and drive unmatched profitability across your clean energy portfolio.
Key Questions Answered:
- How can you reduce the high operations & maintenance (O&M) costs due to remote asset locations by integrating Maximo Health & Predict?
- What is the best way to unify fragmented data silos into a MAS portfolio-wide dashboard that standardizes and cleanses data across diverse, multi-site renewable assets?
- Why does actual energy production fall short of theoretical capacity (the “lost energy” problem)? And how can you apply Maximo Renewables pre-trained data science models and advanced analytics to pinpoint systemic losses?
- How can you track battery storage degradation, which is crucial for gird balancing and capturing peak market pricing with Maximo Renewables state-of-health metrics for battery storage?
Who Should Attend?
- Head of Asset Management
- Head of Solar Energy
- Head of Wind Energy
- Head of BESS / Battery
- Operations & Maintenance Head/ Managers
- Reliability Managers/ Engineers
- Asset Performance Managers/ Engineers
- Digital Transformation / Innovation Leads
Your Speakers
Seno Hardijanto
Director and recognized Maximo Champion Cohesive, APAC
With over 30+ years experience, Seno is the director for CohesiveAPAC, where they lead initiatives in digital transformation for asset-intensive industries. With a robust background in enterprise assetmanagement, Seno has previously co-founded several consultingfirms in Jakarta and served as a senior consultant in various sectorssuch as oil and gas, energy utilities and aviation. Seno is a recognizedIBM Champion in both 2024 and 2025 and has extensive experienceimplementing Maximo EAM solutions across diverse global markets.
Gaurav Malhotra
Subject Matter Expert, Renewables IBM, APAC
Gaurav Malhotra is an IBM Maximo Renewables subject matter expert who helps solar, wind, and hybrid energy providers optimize asset lifecycle performance through practical, outcomes-driven strategies. With deep expertise in Maximo Renewables, he enables organizations to simplify complex operations, improve reliability, and unlock measurable value from their assets.