Data integration for optimized performance
Reliable data integration for optimized performance is more crucial than ever: 4 reflections from OMS 25
Opinion piece
March 20, 2025
2 min read
My colleagues and I recently attended the O&M and Safety Conference 2025 in Nashville. Reflecting on some of the many great conversations we had made it very clear that reliable data integration, lack of streamlined control, and increased hybridization still pose major challenges to optimized plant performance.
I’ll elaborate on my reflections from our discussions with operations managers, performance engineers, and electrical engineers below.
By Tom Marek
Legacy Systems and Hardware: major barriers to data integration
Many wind plant operators are struggling with legacy SCADA systems and hardware at sites not planning to repower. At the same time, many have the ambition to extend asset lifetime by 5–10 years generating revenue beyond the original investment budget. To achieve this, operators must find innovative ways to optimize aging infrastructure. However, working with legacy OEM SCADA systems poses significant challenges to reliable operations. As a result, more companies seek modern, more up-to-date solutions to ensure continued performance optimization, operational safety, and compliance.
Streamlined control is key to tackling solar curtailment and inverter challenges
Large solar operators face increasing complexities with managing varying inverter types, response times, and curtailment response issues. As fleets grow, the need for streamlined control and data management becomes critical. Optimizing inverter response across various manufacturers and ensuring swift curtailment responses can significantly improve overall plant performance. Therefore, standardizing communication protocols and leveraging advanced SCADA systems will be crucial in addressing these challenges.
The need for data access has never been bigger
We heard multiple performance engineers emphasize the need for full access to data tags that remain locked within OEM SCADA systems. Unlocking and integrating this data into advanced SCADA platforms and business intelligence solutions is key to maximizing site and fleet performance. With real-time analytics and better visibility, operators can make informed decisions that drive efficiency and profitability in renewable energy assets.
The rise of hybrid systems increases grid compliance challenges
The fast expansion of battery storage and hybrid renewable energy systems is transforming the industry. However, this growth brings increased grid compliance challenges. Electrical engineers are focused on grid modeling, MOD testing, and ensuring adherence to grid operator requirements, particularly in ERCOT’s footprint. As hybrid systems become more prevalent, seamless integration of battery storage with wind and solar control software. As hybrid systems become more prevalent, seamless integration of battery storage with wind and solar control software, alongside reliable data integration, will be essential to maintaining grid stability and reliability.
As the renewable energy industry continues to evolve, overcoming these challenges will be critical to achieving operational excellence and sustainability.
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