Blog

India’s wind energy sector is poised for a new phase of accelerated growth, with annual installations expected to reach 8 GW in FY26-27 and scale progressively to 13.2 GW by FY30-31, taking cumulative installed wind capacity to around 107 GW. With 59.2 GW already installed and another 43 GW under construction, India has visibility of 102.2 GW of wind capacity, providing a strong foundation for the next phase of expansion. The growth trajectory is further supported by the ₹1.86 lakh crore Green Energy Corridor Phase-III, which will strengthen transmission infrastructure and enable the integration of growing renewable capacity, supporting India’s ambition of 900 GW of installed non-fossil fuel capacity by 2035.

The announcement was made at Windergy India 2026, the Indian Wind Turbine Manufacturers Association’s (IWTMA) annual flagship event, being held from 7–9 October 2026. Windergy India is the leading global epicentre for the wind energy sector, bringing together around 400 global exhibitors from over 20 countries along with 500 delegates, further elevated by dedicated pavilions from Denmark, Germany and Spain.

Union Minister for New & Renewable Energy, Consumer Affairs, Food & Public Distribution Shri Pralhad Joshi, said: “India’s wind sector has demonstrated strong momentum, with the highest-ever annual installation of 6.05 GW achieved in FY26. We are confident that annual wind installations will surpass this record in FY27, marking another important milestone in India’s wind energy journey. This continued growth will strengthen the foundation for achieving our national ambition of 100 GW of installed wind capacity by 2030 and further accelerate the development of India’s wind sector. With a strong project pipeline and a supportive policy framework, India is well placed to build on this momentum and achieve the scale required for the next phase of wind energy growth.”

Girish Tanti, Chairman, Indian Wind Turbine Manufacturers Association (IWTMA), said, “India’s wind sector is entering a new phase of sustained growth. With 59.2 GW installed and 43 GW under implementation, India is on track to cross 100 GW of wind capacity by 2030, creating a strong foundation for global leadership in wind manufacturing and exports. India has built over 24 GW of annual wind manufacturing capacity, up from around 12 GW in FY23, supported by a strong component ecosystem. With exports reaching ₹12,800 crore in FY2025-26, nearly 50% higher YoY, India can significantly expand its global footprint. Our ambition should be to raise India’s share of global wind turbine exports from ~2% today to 10% by 2030, establishing India as a global hub for wind turbines, components, technology and engineering.”

Aditya Pyasi, CEO, Indian Wind Turbine Manufacturers Association(IWTMA), said: “India’s next phase of wind growth must be supported by a resilient and globally competitive domestic manufacturing ecosystem. As the industry transitions towards higher-rated turbines, we need to accelerate indigenisation across critical components while simultaneously building the manufacturing capacity required to meet growing demand. This will require coordinated efforts across OEMs, component manufacturers, technology providers and government, with a focus on strengthening supply chains, developing domestic capabilities and enabling scale. Windergy India 2026 provides an excellent platform to bring the ecosystem together.”

DEE Development Engineers Limited (BSE: 544198 | NSE: DEEDEV), a leading engineering and process piping solutions provider, announced that its wholly owned subsidiary, DEE Fabricom India Private Limited, has received an email expressing intent for the supply of ENV 5 MW windmill towers, with an estimated value of approximately ₹55 crore, excluding GST.

The mandate adds to DEE Fabricom’s growing participation in the wind energy manufacturing segment and is scheduled to be executed by August 2027. DEE Fabricom operates a dedicated wind tower manufacturing business with an installed capacity of 32,400 MT per annum, forming part of DEE’s broader manufacturing platform and enabling the Company to participate in the renewable energy supply chain alongside its core engineering and process piping operations.

Commenting on the development, Mr. K. L. Bansal, Chairman and Managing Director, DEE Development Engineers Limited, said: “The intent for supply of 5 MW windmill towers is a positive addition to our renewable energy business and reflects the opportunity we see in applying our manufacturing capabilities across a broader set of infrastructure requirements.

With DEE Fabricom’s dedicated capacity and growing experience in wind tower manufacturing, we are well placed to participate in the continued expansion of India’s renewable energy infrastructure. Our priority is to put the capacities we have built to work at higher utilisation and convert opportunities across our core and adjacent businesses through consistent execution and disciplined capital allocation.”

The latest development strengthens DEE Fabricom’s participation in the renewable energy value chain and supports the Company’s broader strategy of leveraging its expanded manufacturing footprint across multiple sectors. DEE remains focused on enhancing operational capabilities, strengthening customer relationships and executing opportunities across its core and adjacent businesses.

DEE Development Engineers Limited (BSE: 544198 | NSE: DEEDEV), a leading engineering and process piping solutions provider, announced that its wholly owned subsidiary, DEE Fabricom India Private Limited, has received an email expressing intent for the supply of ENV 5 MW windmill towers, with an estimated value of approximately ₹55 crore, excluding GST.

The mandate adds to DEE Fabricom’s growing participation in the wind energy manufacturing segment and is scheduled to be executed by August 2027. DEE Fabricom operates a dedicated wind tower manufacturing business with an installed capacity of 32,400 MT per annum, forming part of DEE’s broader manufacturing platform and enabling the Company to participate in the renewable energy supply chain alongside its core engineering and process piping operations.

Commenting on the development, Mr. K. L. Bansal, Chairman and Managing Director, DEE Development Engineers Limited, said: “The intent for supply of 5 MW windmill towers is a positive addition to our renewable energy business and reflects the opportunity we see in applying our manufacturing capabilities across a broader set of infrastructure requirements.

With DEE Fabricom’s dedicated capacity and growing experience in wind tower manufacturing, we are well placed to participate in the continued expansion of India’s renewable energy infrastructure. Our priority is to put the capacities we have built to work at higher utilisation and convert opportunities across our core and adjacent businesses through consistent execution and disciplined capital allocation.”

The latest development strengthens DEE Fabricom’s participation in the renewable energy value chain and supports the Company’s broader strategy of leveraging its expanded manufacturing footprint across multiple sectors. DEE remains focused on enhancing operational capabilities, strengthening customer relationships and executing opportunities across its core and adjacent businesses.

DEE Development Engineers Limited (BSE: 544198 | NSE: DEEDEV), a leading engineering and process piping solutions provider, announced that its wholly owned subsidiary, DEE Fabricom India Private Limited, has received an email expressing intent for the supply of ENV 5 MW windmill towers, with an estimated value of approximately ₹55 crore, excluding GST.

The mandate adds to DEE Fabricom’s growing participation in the wind energy manufacturing segment and is scheduled to be executed by August 2027. DEE Fabricom operates a dedicated wind tower manufacturing business with an installed capacity of 32,400 MT per annum, forming part of DEE’s broader manufacturing platform and enabling the Company to participate in the renewable energy supply chain alongside its core engineering and process piping operations.

Commenting on the development, Mr. K. L. Bansal, Chairman and Managing Director, DEE Development Engineers Limited, said: “The intent for supply of 5 MW windmill towers is a positive addition to our renewable energy business and reflects the opportunity we see in applying our manufacturing capabilities across a broader set of infrastructure requirements.

With DEE Fabricom’s dedicated capacity and growing experience in wind tower manufacturing, we are well placed to participate in the continued expansion of India’s renewable energy infrastructure. Our priority is to put the capacities we have built to work at higher utilisation and convert opportunities across our core and adjacent businesses through consistent execution and disciplined capital allocation.”

The latest development strengthens DEE Fabricom’s participation in the renewable energy value chain and supports the Company’s broader strategy of leveraging its expanded manufacturing footprint across multiple sectors. DEE remains focused on enhancing operational capabilities, strengthening customer relationships and executing opportunities across its core and adjacent businesses.

AmpereHour Energy and Ampt, the DC optimiser company for large-scale systems, has announced a partnership under which AmpereHour will distribute and service Ampt’s DC power management products across India, South Asia, the Middle East and Africa.

The commercial alliance combines Ampt’s String Optimisers and Direct-to-Battery (D2B) DC-coupled architecture with AmpereHour’s storage integration, energy management software and project service capabilities to enhance project profitability, system efficiency and grid reliability for utility and commercial customers.

The collaboration focuses on high-impact energy storage applications including DC-coupled storage for utility-scale Solar plus BESS plants, data centres, DC charging infrastructure for EVs, solar repowering, PV-only systems, co-located green hydrogen projects and battery capacity augmentation.

Ampt’s D2B technology connects PV arrays directly to the battery DC bus, helping lower total system CAPEX, raise round-trip energy efficiency and improve long-term performance and reliability.

The integrated solution pairs AmpereHour’s energy storage system, DC-recombiner and Energy Management System, including real-time control algorithms for performance, operational safety, and risk management with Ampt String Optimisers.

The optimisers are DC/DC converters deployed in the PV array that perform string-level Maximum Power Point Tracking (MPPT) to improve solar production while following the battery voltage as it charges and discharges. Because the DC/DC conversion occurs within the PV system rather than through a dedicated battery converter, the battery-centric architecture delivers the responsiveness of a standalone storage system along with lower total system cost to increase project ROI.

Aaron Gomolak, Chief Executive Officer, Ampt, said, “Firm, dispatchable renewable power is now the defining requirement of the energy transition. Our partnership with AmpereHour accelerates the deployment of high-efficiency DC-coupled storage across India, the Middle East, Africa and other high-growth markets, helping hybrid projects capture more energy, lower capital costs and meet growing demand for clean, around-the-clock power.”

Aaron Gomolak, Chief Executive Officer, Ampt, said, “Firm, dispatchable renewable power is now the defining requirement of the energy transition. Our partnership with AmpereHour accelerates the deployment of high-efficiency DC-coupled storage across India, the Middle East, Africa and other high-growth markets, helping hybrid projects capture more energy, lower capital costs and meet growing demand for clean, around-the-clock power.”

Ayush Misra, Co-Founder and CEO, AmpereHour Energy, said, “Partnering with Ampt allows us to deliver state-of-the-art, cost-optimised solar-plus-storage solutions to our project developers and utility clients. Together, we are offering next-generation energy storage architectures engineered specifically for maximum performance and long-term durability.”

AmpereHour Energy and Ampt, the DC optimiser company for large-scale systems, has announced a partnership under which AmpereHour will distribute and service Ampt’s DC power management products across India, South Asia, the Middle East and Africa.

The commercial alliance combines Ampt’s String Optimisers and Direct-to-Battery (D2B) DC-coupled architecture with AmpereHour’s storage integration, energy management software and project service capabilities to enhance project profitability, system efficiency and grid reliability for utility and commercial customers.

The collaboration focuses on high-impact energy storage applications including DC-coupled storage for utility-scale Solar plus BESS plants, data centres, DC charging infrastructure for EVs, solar repowering, PV-only systems, co-located green hydrogen projects and battery capacity augmentation.

Ampt’s D2B technology connects PV arrays directly to the battery DC bus, helping lower total system CAPEX, raise round-trip energy efficiency and improve long-term performance and reliability.

The integrated solution pairs AmpereHour’s energy storage system, DC-recombiner and Energy Management System, including real-time control algorithms for performance, operational safety, and risk management with Ampt String Optimisers.

The optimisers are DC/DC converters deployed in the PV array that perform string-level Maximum Power Point Tracking (MPPT) to improve solar production while following the battery voltage as it charges and discharges. Because the DC/DC conversion occurs within the PV system rather than through a dedicated battery converter, the battery-centric architecture delivers the responsiveness of a standalone storage system along with lower total system cost to increase project ROI.

Aaron Gomolak, Chief Executive Officer, Ampt, said, “Firm, dispatchable renewable power is now the defining requirement of the energy transition. Our partnership with AmpereHour accelerates the deployment of high-efficiency DC-coupled storage across India, the Middle East, Africa and other high-growth markets, helping hybrid projects capture more energy, lower capital costs and meet growing demand for clean, around-the-clock power.”

Aaron Gomolak, Chief Executive Officer, Ampt, said, “Firm, dispatchable renewable power is now the defining requirement of the energy transition. Our partnership with AmpereHour accelerates the deployment of high-efficiency DC-coupled storage across India, the Middle East, Africa and other high-growth markets, helping hybrid projects capture more energy, lower capital costs and meet growing demand for clean, around-the-clock power.”

Ayush Misra, Co-Founder and CEO, AmpereHour Energy, said, “Partnering with Ampt allows us to deliver state-of-the-art, cost-optimised solar-plus-storage solutions to our project developers and utility clients. Together, we are offering next-generation energy storage architectures engineered specifically for maximum performance and long-term durability.”

AmpereHour Energy and Ampt, the DC optimiser company for large-scale systems, has announced a partnership under which AmpereHour will distribute and service Ampt’s DC power management products across India, South Asia, the Middle East and Africa.

The commercial alliance combines Ampt’s String Optimisers and Direct-to-Battery (D2B) DC-coupled architecture with AmpereHour’s storage integration, energy management software and project service capabilities to enhance project profitability, system efficiency and grid reliability for utility and commercial customers.

The collaboration focuses on high-impact energy storage applications including DC-coupled storage for utility-scale Solar plus BESS plants, data centres, DC charging infrastructure for EVs, solar repowering, PV-only systems, co-located green hydrogen projects and battery capacity augmentation.

Ampt’s D2B technology connects PV arrays directly to the battery DC bus, helping lower total system CAPEX, raise round-trip energy efficiency and improve long-term performance and reliability.

The integrated solution pairs AmpereHour’s energy storage system, DC-recombiner and Energy Management System, including real-time control algorithms for performance, operational safety, and risk management with Ampt String Optimisers.

The optimisers are DC/DC converters deployed in the PV array that perform string-level Maximum Power Point Tracking (MPPT) to improve solar production while following the battery voltage as it charges and discharges. Because the DC/DC conversion occurs within the PV system rather than through a dedicated battery converter, the battery-centric architecture delivers the responsiveness of a standalone storage system along with lower total system cost to increase project ROI.

Aaron Gomolak, Chief Executive Officer, Ampt, said, “Firm, dispatchable renewable power is now the defining requirement of the energy transition. Our partnership with AmpereHour accelerates the deployment of high-efficiency DC-coupled storage across India, the Middle East, Africa and other high-growth markets, helping hybrid projects capture more energy, lower capital costs and meet growing demand for clean, around-the-clock power.”

Aaron Gomolak, Chief Executive Officer, Ampt, said, “Firm, dispatchable renewable power is now the defining requirement of the energy transition. Our partnership with AmpereHour accelerates the deployment of high-efficiency DC-coupled storage across India, the Middle East, Africa and other high-growth markets, helping hybrid projects capture more energy, lower capital costs and meet growing demand for clean, around-the-clock power.”

Ayush Misra, Co-Founder and CEO, AmpereHour Energy, said, “Partnering with Ampt allows us to deliver state-of-the-art, cost-optimised solar-plus-storage solutions to our project developers and utility clients. Together, we are offering next-generation energy storage architectures engineered specifically for maximum performance and long-term durability.”