L&T Secures Major Order for 6 GWh Battery Energy Storage Projects in the Middle East
August 25, 2026
Larsen & Toubro’s Renewables business has secured a major order to develop three Battery Energy Storage System (BESS) projects for a client in the Middle East.
The three projects will collectively provide 6 GWh of energy storage capacity, strengthening the region’s ability to modernise its electricity grids and integrate larger volumes of renewable energy. The project scope also includes grid interconnection infrastructure, including pooling substations and underground cable systems.
Each project will feature a four-hour battery energy storage system designed to store electricity when supply is abundant and dispatch it when demand is higher. This capability can support energy shifting, improve grid stability and help manage the variability associated with renewable power generation.
The battery systems will incorporate liquid cooling technology, which L&T says is intended to support higher power density, enhanced safety and longer operational life. The projects will also involve demanding requirements related to plant performance, workforce mobilisation, quality, safety and execution timelines.
Under L&T’s internal order-classification system, a “Major” order is valued between ₹5,000 crore and ₹10,000 crore, although the company has not disclosed the exact value of this particular contract.
The announcement highlights the rapidly growing importance of battery storage in modern electricity systems. As solar and wind capacity expands, large-scale BESS projects can help store surplus renewable electricity and deliver it during periods of peak demand.
For L&T, the order further strengthens its position in the international renewable-energy EPC and energy-storage market. The company’s renewables portfolio has already expanded across solar, wind, battery storage and grid infrastructure in India, West Asia and other international markets.
The larger takeaway is clear: renewable energy growth is increasingly moving beyond generation alone. The next phase of the energy transition will depend heavily on storage, grid infrastructure and the ability to deliver clean power when it is needed most.
