L&T Details 38 Gigawatt Solar Portfolio Across the GCC
The firm is managing 17 major renewable projects to integrate massive solar and storage capacity into regional power grids.
Updated on Oct. 23, 2026 in Energy
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Larsen and Toubro (L&T) is managing 17 renewable energy projects across the Gulf Cooperation Council (GCC) countries, totaling 38 gigawatts-peak of solar capacity. This portfolio represents an established regional infrastructure effort, as disclosed by the company at the 2026 Water, Energy, Technology and Environment Exhibition (WETEX) in Dubai.
Why it matters
L&T is scaling significant renewable infrastructure to support the region's energy transition, specifically integrating large-scale solar, wind, and battery storage. These projects are critical for local grid stability and the move away from traditional power sources.
The firm has executed over 6,800 circuit-kilometres of transmission lines and 380 substations, supporting a renewable mix of 38 gigawatts-peak solar and 3.5 gigawatts of wind. This capacity includes 740 megawatts-peak of floating solar projects.
The players
Larsen and Toubro
An multinational engineering and construction conglomerate that designs, builds, and maintains large-scale power infrastructure and renewable energy systems.
The details
L&T manages power infrastructure through a combination of engineering, procurement, and construction services for high-voltage transmission and storage. Floating solar arrays — modules mounted on buoyant structures over water bodies — are utilized to improve cooling and minimize land usage. Battery energy storage systems (BESS) — chemical storage units used to buffer intermittent renewable supply — are deployed to balance grid demand across the region.
Timeline
2026: L&T participated in WETEX 2026 held in Dubai.
The Tech Race
This project portfolio tracks against regional mandates to reduce carbon dependency through utility-scale renewable deployment. L&T competes with major regional and international engineering firms to secure and manage the grid integration of these large-scale solar and wind assets.
These projects serve to increase renewable availability for utility customers across the GCC region, though specific consumer pricing impacts are not yet detailed. The deployment of 38 gigawatts-peak of solar capacity represents a major shift toward large-scale renewable grid dependence.
The takeaway
L&T's progress highlights the rapid industrialization of renewable energy in the region, particularly in floating solar and storage. Watch for future capacity announcements from the GCC, as these projects represent a substantial portion of global utility-scale solar growth.
Further reading
For broader trends in regional grid transition, visit Energy.
Source note: This article includes information reported by Utilities Middle East.
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Is the expansion of large-scale renewable energy infrastructure in the region moving in the right direction?
