International Solar Alliance Takes Major Step: Launches 'AI for Energy' Global Mission

The International Solar Alliance has taken a major step in the clean energy sector by launching the 'Global Mission on AI for Energy.' This initiative aims to make energy systems more efficient, affordable, and sustainable by promoting the use of artificial intelligence (AI) in its more than 120 member countries. Under this mission, AI technologies will be used to forecast solar energy production, manage energy demand, and improve grid operations. This will enable optimal utilization of energy resources and reduce power wastage. This initiative is considered particularly important for developing countries, where energy demand is rapidly increasing.

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¨     The announcement was made at the India AI Impact Summit 2026 in New Delhi.

¨     The session was titled “Global Mission on AI for Energy – Scaling through Citizen-Centric India Energy Stack.”

¨     The mission aims to unite governments, industry, financial institutions, and multilateral organisations to scale AI-enabled clean energy systems.

¨     A report titled Smarter and Citizen-Centric Power for Shared Prosperity: Unleashing the Potential of Digitally and AI-Enabled Power Systems was released.

¨     The report emphasizes that AI and clean energy reinforce each other, affordable clean power drives digital growth, while AI enables efficient renewable deployment.

Core Objectives of the Mission

¨     Smart Grid Transformation: Building intelligent, bidirectional grids capable of integrating distributed renewable energy.

¨     Digital Leapfrogging: Helping developing countries bypass legacy infrastructure using AI-enabled energy systems.

¨     Citizen-Centric Energy Systems: Placing consumers at the centre via interoperable digital platforms.

¨     System-Level Transformation: Aligning policy frameworks, data infrastructure, technical capacity, and finance beyond pilot projects.

¨     Decentralised Energy Scaling: Supporting distributed solar and prosumer ecosystems using AI-driven forecasting and optimisation.

Key Themes Highlighted at the Summit

¨     AI as the Engine of Energy Transition: AI can enhance load forecasting, predictive maintenance, grid optimisation, and renewable integration.Enables real-time management of distributed energy assets, especially in developing economies with uneven electricity access.

¨     Digitisation and AI are increasingly seen as essential enablers of scalable and equitable energy transition.

¨     From Energy Transition to Grid Transition: Rapid expansion of distributed renewables is shifting focus from capacity addition to grid integration.Requires stronger transmission infrastructure, modernised distribution networks, and real-time monitoring with digital optimisation.

¨     India as a Digital Energy Model: India’s digital public infrastructure in the power sector was showcased as a scalable template.Interoperable platforms linking consumers, utilities, vendors, and financiers enable inclusive service delivery.

¨     States such as Delhi, Rajasthan, and Andhra Pradesh are advancing smart metering and digital grid systems.

¨     India’s Solar Journey: India’s solar capacity has grown from less than 3 GW in 2014 to over 141 GW, making it one of the fastest-growing solar markets globally.Major initiatives include PM-KUSUM, which promotes solar pumps enabling farmers to become energy producers, and PM Surya Ghar: Muft Bijli Yojana, which supports rooftop solar for 1 crore households to create a nationwide prosumer ecosystem.These programmes are democratising solar energy and strengthening distributed energy systems.

India’s Clean Energy Momentum

¨     India aims to achieve 500 GW non-fossil fuel capacity by 2030, aligned with COP-26 commitments.

¨     The country achieved 50% installed capacity from non-fossil sources in June 2025, five years ahead of its NDC target.

¨     Non-fossil capacity reached 262.74 GW (51.5%) in November 2025, out of a total installed capacity of 509.64 GW.

¨     Renewable additions in 2025 have been record-breaking, with 44.51 GW added (till November), nearly double the previous year.

¨     Total renewable installed capacity reached 253.96 GW in November 2025, marking strong year-on-year growth.

Solar as the Main Growth Driver

¨     Solar capacity crossed 100 GW in January 2025 and reached 132.85 GW by November 2025.

¨     Solar additions (34.98 GW) significantly exceeded the previous year’s pace.

¨     Wind capacity also expanded, reaching 53.99 GW by November 2025.

Global Standing: According to IRENA RE Statistics 2025, India ranks

¨     3rd in solar capacity globally

¨     4th in wind capacity

¨     4th in total renewable capacity

Innovations Showcased by ISA

¨     One Solar App (BSES Rajdhani Power Ltd.): A unified platform for rooftop solar registration, net-metering transparency, and performance tracking.

¨     Digital Twin Solutions for DISCOMs: Virtual replicas of electricity networks enabling simulation, predictive maintenance, and renewable integration planning.

¨     GIS-Based Distribution Modernisation: Geospatial mapping initiatives (e.g., Andhra Pradesh) for asset optimisation, outage management, and infrastructure planning.

Significance of the Global Mission

¨     The mission places AI at the core of decentralised clean energy expansion.

¨  The initiative supports developing countries in digitally leapfrogging legacy energy systems.

¨     The mission aligns climate goals with economic development objectives.

¨     The framework ensures that AI-enabled clean energy systems remain inclusive and citizen-centric.

¨     The initiative reinforces India’s leadership in digital public infrastructure and renewable energy transformation.