Home › Energy Storage ›Enviro Infra Engineers Enters BESS Segment with 930 MWh Orders Worth INR 1,070 Cr from NTPC
Enviro Infra Engineers Enters BESS Segment with 930 MWh Orders Worth INR 1,070 Cr from NTPC
Enviro Infra Engineers has entered the BESS segment with 930 MWh of battery storage projects worth INR 1,070 crore secured from NTPC across four states.
April 02, 2026. By Mrinmoy Dey
Enviro Infra Engineers (EIEL), an infrastructure company specialising in water and wastewater treatment solutions, has announced securing five projects worth about INR 1,481 crore during March 2026. This includes orders worth INR 1,070 crore for setting up 930 MWh of battery energy storage system (BESS) projects across four states from NTPC.
This also marks the company's entry into the BESS segment within the renewable energy space. While EIEL has already been active in the B2B segment, these new projects from NTPC represent a step-up in scale, showing the company's growing ability to execute large and complex energy projects, the company stated.
Commenting on the development, Sanjay Jain, Chairman, Enviro Infra Engineers, said, “We are pleased to secure these prestigious orders from NTPC, marking a key milestone in our diversification into the renewable energy sector. Battery Energy Storage Systems are critical to ensuring grid stability and enabling round-the-clock renewable power. As India accelerates its energy transition, BESS represents a large, long-term opportunity, and our entry into this space positions us to play a meaningful role in building next-generation energy infrastructure. We remain committed to delivering these projects with the highest standards of quality and efficiency.”
The entry into BESS comes at a time when energy storage is rapidly becoming central to India's power ecosystem, enabling renewable integration, improving grid reliability, and supporting peak demand management. EIEL shall have the benefit of first-mover advantage, as BESS projects in India are still at an early stage of development, thereby strengthening its positioning as the market continues to evolve, asserted the company.
EIEL's foray into BESS aligns with India's rapidly scaling energy storage market, driven by renewable integration needs, falling battery costs, and policy support. India has built less than 1 percent of its required battery storage, leaving a massive 208 GWh gap, opening up one of the largest clean energy opportunities of the decade.
This also marks the company's entry into the BESS segment within the renewable energy space. While EIEL has already been active in the B2B segment, these new projects from NTPC represent a step-up in scale, showing the company's growing ability to execute large and complex energy projects, the company stated.
Commenting on the development, Sanjay Jain, Chairman, Enviro Infra Engineers, said, “We are pleased to secure these prestigious orders from NTPC, marking a key milestone in our diversification into the renewable energy sector. Battery Energy Storage Systems are critical to ensuring grid stability and enabling round-the-clock renewable power. As India accelerates its energy transition, BESS represents a large, long-term opportunity, and our entry into this space positions us to play a meaningful role in building next-generation energy infrastructure. We remain committed to delivering these projects with the highest standards of quality and efficiency.”
The entry into BESS comes at a time when energy storage is rapidly becoming central to India's power ecosystem, enabling renewable integration, improving grid reliability, and supporting peak demand management. EIEL shall have the benefit of first-mover advantage, as BESS projects in India are still at an early stage of development, thereby strengthening its positioning as the market continues to evolve, asserted the company.
EIEL's foray into BESS aligns with India's rapidly scaling energy storage market, driven by renewable integration needs, falling battery costs, and policy support. India has built less than 1 percent of its required battery storage, leaving a massive 208 GWh gap, opening up one of the largest clean energy opportunities of the decade.
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