MAS suite — Renewables

Wind, solar and battery storage on the same platform as the rest of the estate

We deliver IBM Maximo Renewables as a production capability for energy and utilities operators, IPPs and C&I owners: SCADA and OEM portal ingest, portfolio performance and availability analytics, and the work it generates lands directly in Maximo Manage.

Wind turbines and solar panels representing renewable energy assets managed on IBM Maximo Renewables

IBM Maximo Renewables is the part of the MAS suite that treats wind farms, solar arrays and battery energy storage as one operating portfolio. It ingests data from the SCADA, dataloggers and OEM portals already in the field, applies analytics that are specific to renewables (loss bucketing, string analysis, weak module and weak cycle detection, drone thermography for solar), and turns the result into work that the rest of Maximo can act on.

When Renewables earns its licence

The case for Renewables tends to land when one of three conditions hits. The portfolio runs more than one OEM and the OEM portals can no longer give a single fleet view. Underperformance against expected generation is no longer obvious from operator dashboards alone and the analytics need to be portfolio-aware. Or the operating model is consolidating from multiple legacy tools onto a single platform that already runs the rest of the asset estate.

When the case is real, the value is concrete. Industry data put the cost of wind unplanned downtime at roughly $30,000 per turbine per year on average, and solar under-performance at billions of dollars of lost revenue across the sector annually (2024 Global Solar Report, Raptor Maps; Wood Mackenzie, 2019). The job of Renewables is to surface a meaningful share of that against assets the operator can actually act on.

What we deliver

  • Onboarding of new sites and assets against the renewables data model: turbines, inverters, strings, modules, BESS racks and modules
  • Data ingest from SCADA (OPC UA / DA, Modbus), dataloggers (FTP, SFTP, structured files) and OEM portals (API), with quality checks against renewables-specific rules
  • Performance and availability analytics configured to the portfolio: loss bucketing, string analysis, weak module and cycle detection, custom alerts
  • Integration with Maximo Manage so work generated by analytics lands in the same work-management process as the rest of the estate
  • Operations centre dashboards for asset managers, performance managers and reliability engineers
  • Managed hosting and run-state on the same MAS platform as Manage, owned by the same team that runs the rest of your environment

Two ways into the operating model

Existing MAS Manage customers usually adopt Renewables for the analytics layer (Monitor and Analyse) and keep work and asset management in Manage where it already lives. New-logo IPPs and O&M providers typically start with Renewables on its own as a focused APM tool, and add Manage when the work-management requirement matures. We have run both patterns and the operating model on the customer side determines which one fits.

How this fits with the rest of the suite

Renewables is one of the clearest cases where the MAS suite delivers value beyond Manage. It sits on top of Manage and uses the same IoT and OT connectivity layer as the rest of the suite. For operators with mixed conventional and renewable assets, the same platform manages both. The wider story sits on the MAS suite overview.

Frequently asked questions

What is IBM Maximo Renewables?
Maximo Renewables is the asset performance management application in the MAS suite designed specifically for wind, solar and battery energy storage. It ingests data from SCADA, dataloggers and OEM portals, applies renewables-specific analytics (loss bucketing, string analysis, weak module detection, BESS cycle health) and feeds the resulting work into Maximo Manage. IBM's product page covers the official capability list.
Why not just use the OEM portal?
OEM portals are excellent for the hardware they shipped with. They struggle the moment a portfolio runs more than one OEM, mixes wind and solar with storage, or wants a single performance view across sites. Maximo Renewables is hardware-agnostic and built around the portfolio view, which is why it earns its licence in real-world fleets.
What protocols and data sources does it support?
In production we ingest from SCADA via OPC UA / OPC DA and Modbus, from dataloggers via FTP / SFTP and structured files (CSV, JSON, XML, HDF5), and from OEM portals via API where available. Historian integration is the same pattern as the rest of the MAS suite. The IoT and OT connectivity layer underneath Renewables is described on our IoT and OT connectivity page.
Where does Maximo Manage fit if we run Renewables?
Manage is still the system of record for assets, work and inventory. Renewables sits on top, focused on performance and availability. Work that comes out of Renewables analytics lands as a work order in Manage and follows the same planning, dispatch and close-out process as the rest of the estate. Two systems, one operating model.
Do you deliver Renewables today?
Yes. We design the data ingest, configure the analytics for the asset classes in the portfolio (wind, solar, BESS), integrate with Manage, host the platform on the same managed cloud as the rest of the MAS suite, and run it in production.
What about the AI and digital-twin parts?
Renewables already includes physics- and AI-assisted analytics for under-performance root cause and string-level loss attribution on solar. The honest position is that more of these capabilities will land into the platform over the next several years. Our role is to operate them on the customer's estate, not to oversell them.

A single operating view across wind, solar and storage

Tell us what your portfolio looks like and which OEM portals you are tired of stitching together. We will tell you what a Renewables onboarding actually looks like on a real fleet.

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