Scale at Speed™
English (Global)
French (Canada)
Abstract
Utility-scale solar is shifting from rapid capacity growth to enterprise-scale operational optimization. This is a new phase of strategic importance, driven by falling costs, supportive policy, and accelerating energy demand. With global solar PV additions exceeding 200 GW in 2025, utilities must shift focus to disciplined asset performance, operational resilience, and predictable returns. This whitepaper outlines the market dynamics, operational imperatives, and technology transformation required to scale solar as a reliable, optimized, and future-ready energy platform.
Key Insights
Solar now drives core energy growth:
- Global PV surpassed 2.2 TW in 2024 and added ~550 GW in one year;
- Solar accounted for about 62% of new installations.
- The EU added ~65 GW, the US added ~47 GW, and Australia continues to lead in rooftop penetration and grid flexibility.
- The priority now is grid integration, storage, forecasting, and asset optimization.
Utility-scale solar operators manage regulatory uncertainty throughout the day and seasonal intermittency, land acquisition delays, aging SCADA systems, performance degradation, and rising asset lifecycle costs. They must deploy BESS, hybrid design, modernization, analytics, and disciplined asset management.
Competitive utility-scale solar operators build intelligent operations by capturing real-time asset data, applying AI/ML for forecasting and failure prediction, integrating OT and IT systems, and using PLCs with real-time orchestration to automate alerts, corrective actions, and safe shutdowns.
Utility-scale solar operators must turn market disruption, decarbonization goals, grid complexity, and hybrid growth into measurable value. Tech Mahindra and Mahindra Teqo help them use real-time intelligence, fleet visibility, and decisive action to scale smarter, resilient solar operations.
