I’ve tracked Hinduja renewables energy Pvt ltd for years now, partly out of professional curiosity and partly because their energy moves rarely feel like ordinary corporate news they tend to signal where India’s power sector is heading next.
This piece pulls together three very different but connected threads: a recent corporate merger, a landmark solar project built for Ashok Leyland, and the bigger picture of India’s renewable energy milestones in 2025. Let’s walk through all three.
Hinduja renewables energy Pvt ltd
GOCL Corporation’s stock jumped nearly 9% the moment news of a major merger broke, and honestly, that reaction made sense once the details came out.
The GOCL board approved a scheme of merger through absorption, bringing Hinduja National Power Corporation Limited, known as HNPCL, Hinduja renewables energy Pvt ltd fully under its wing. HNPCL sits within the wider Hinduja group, handling power generation, transmission, and supply, and its crown asset is a 1,040 megawatt thermal power plant near Vishakhapatnam genuinely one of the Hinduja family’s flagship energy assets.
The numbers behind it are impressive too: revenues above rupee 3,500 Cr and profits nearing rupee 1,000 Cr in financial year 2024 alone.
Under the merger terms, existing shareholders will receive 206 GCL shares for every 10,000 HNPCL shares they hold, after which HNPCL stops functioning as a separate entity altogether. This shift also strengthens promoter holding tied to the Hinduja family, pushing it from 67.82% to 74.87%, giving them firmer control while public shareholding naturally shrinks.
The broader goal here is to consolidate operations, sharpen focus across the energy sector, simplify the corporate structure, and unlock long-term value by leveraging HNPCL’s scale and profitability and I’d call this a genuinely powerful new chapter in India’s energy landscape.
Hinduja Renewables – Ashok Leyland Solar Project
Zooming out from corporate finance into ground-level impact, this is where Hinduja Renewables really shines. The backdrop is straightforward: rising global demand for energy keeps straining our planet’s finite natural resources, accelerating climate change, pushing up greenhouse gas emissions, and deepening global warming’s irreversible consequences.
That urgency is exactly why collective action matters, and it’s why companies worldwide are signing onto RE100 and EV100 initiatives, committing to generate and use power in a sustainable manner socially, economically, and environmentally.
The Hinduja Group, with its century-old legacy, transnational presence, multi-billion dollar turnover, and workforce of over 150,000 employees, positioned itself as a bridge helping nations and companies reach their sustainability targets. That ambition is precisely why Hinduja Renewables was set up in 2016, carrying a clear mission to positively impact humanity and conserve the environment through sustainable energy and mobility solutions.
By May 2020, the company had begun building something genuinely ultra modern — a 75 megawatt peak solar power plant in Tamil Nadu, developed through its subsidiary Prathama Solar Connect Energy.
The dual purpose was clear from day one: help Ashok Leyland optimize energy cost while meaningfully shrinking the automaker’s carbon footprint, supporting its own sustainability goals. Everything started with careful site selection at Vipankulam village in the Sivagangai district, followed by thorough site preparation and even a traditional reverence of land to mark an auspicious beginning.
Engineers studied the sun’s positioning and local topography closely before choosing a fixed tilt mounting arrangement to maximize peak energy production. For the panels themselves, the team went with high efficiency mono crystalline PERC modules sourced from Jinko Solar, a respected solar panel manufacturer, ensuring optimum conversion of power.
Alongside that, smart PV string inverters were installed, Hinduja renewables energy Pvt ltd and the entire plant received control software applications integrated with data acquisition and hardware, offering intuitive visualization and real-time analysis of project parameters.
What I find genuinely clever is how they managed construction quality and project timelines using drones to capture real-time images across every phase of construction, which engineers then overlaid onto design blueprints to validate construction at each stage.
Those same aerial images gave clients and stakeholders a bird’s-eye view, letting them track project progress without needing to visit the site constantly.
Staying true to the Hinduja Group’s water Hinduja renewables energy Pvt ltd positive initiative, the team adopted a robotic cleaning solution for maintaining the solar modules, a move estimated to conserve 9 million liters of water annually a detail that genuinely impressed me when I first read about it.
None of this came easily, though; the project unfolded during the global pandemic, and the on-ground team showed real resilience overcoming every obstacle. Strict health and safety norms were followed rigorously, resulting in zero incidents of COVID-19 and no loss of productivity, letting the team finish within the stipulated timeline.
Today, this stands as the largest group captive solar project built for a single client in India, with clean energy from the plant reaching all sites of Ashok Leyland across Tamil Nadu. It’s projected to deliver abatement of 85,000 tons of carbon annually, backed by preventive maintenance and predictive maintenance systems designed to protect the capacity utilization factor across the plant’s life cycle.
Beyond the dual objective of cost and carbon savings, the project generated over 500 direct jobs during its development phase and continues supporting 20-plus permanent jobs for planned operations.
Working alongside the Hinduja Foundation, Hinduja Renewables also rolled out several socio-economic measures aimed at the upliftment of communities living near the plant reflecting real commitment to helping clients meet their sustainability targets while improving the environment for generations to come.
Indian Renewable Energy Sector Milestones
Stepping back from individual companies, 2025 turned out to be a defining year for the Indian renewable energy sector, crossing several major milestones worth understanding. First, solar installed capacity blew past 100 gigawatt, now standing at 133 GW. Rewinding to 2010, when the National Solar Mission launched, capacity was nearly zero it then took 8 years to reach 20 gigawatt by January 2018.
What followed next was remarkable: in the following 8 years, capacity multiplied fivefold. Much of that came down to Chinese module manufacturers driving down prices, fueling rapid solar installations, though the government of India deserves genuine credit for catching those favorable winds through smart policy timing.
The second milestone belongs to rooftop solar capacity, a subset that stayed a laggard for years before finally picking up pace. By November, it touched 23.16 gigawatt, and industry watchers expect December figures to push past 25 gigawatt.
Third came the wind industry, driving past 50 gigawatt, after staying dormant for a long stretch. The financial year 2025-26 looks set to be a record year too, since first-half wind installations already crossed 3 gigawatt, putting the sector on track to beat the 2016-17 record of 5.2 gigawatt.
Fourth, solar module manufacturing Hinduja renewables energy Pvt ltd capacity also crossed 100 gigawatt by August, an extraordinary jump considering India had almost nothing back in 2009-2010.
This growth traces back to government subsidized schemes and a firm local content policy, backed by a 40% customs duty on imported modules and 25% on imported cells, aimed squarely at protecting the still-fledgling industry.
The ALMM scheme added another layer, requiring every solar module manufacturer and cell manufacturer to get approval from the government of India before entering the market, effectively keeping certain Chinese manufacturers at bay.
Interestingly, experts now flag a supply-demand side mismatch capacity sits near 100 gigawatt on the supply side, but actual market demand hovers closer to 30 or 40 gigawatt, raising real concern about a potential glut in module supplies.
Fifth, the Solar Energy Corporation of India, or SECI, quietly completed its 150th energy storage linked tender, a milestone worth noting given its first ESS linked tender only launched back in 2019 for 3.22 megawatt hours in Leh, Ladakh. Sixth, India crossed 200 gigawatt hour worth of storage linked renewable energy capacity tenders, now totaling 212 gigawatt hours of energy storage split between 87 gigawatt hours for battery energy storage systems (BESS) and 124 gigawatt hours for pumped storage plants.
It’s this shift toward economically viable storage that’s really allowing both solar power and wind power to soar, with most current tenders now demanding firm dispatchable renewable energy (FDR) power supplied on actual demand rather than whenever generation happens to occur.
Seventh, India’s non-fossil fuel energy capacity crossed 250 gigawatt, simultaneously passing the 50% mark, meaning non-fossil fuel based electricity generation now exceeds half the country’s total electricity generation capacity.
Eighth and finally, solar powered agricultural pumps under the PM Kusum scheme, specifically category B, made major headway against a target of 1.4 million pumps, India had already installed 9.42 lakh, or 942,000 pumps, by November, putting the 10 lakh mark or 1 million mark well within reach for December.
Beyond raw numbers, 2025 also delivered genuinely landmark policy measures. One reform split each day into solar hours and non-solar hours for allocating transmission capacity, freeing up capacity that used to sit locked or blocked whenever solar power plants weren’t generating, letting other sources like wind step in and use it instead.
The second major reform landed right at year-end, when the Hinduja renewables energy pvt ltd Central Electricity Regulatory Commission (CERC), acting as the Federal Electricity Regulator, notified fresh guidelines for virtual power plants.
Virtual power purchase agreements (VPPAs) a move experts believe will help solar developers and renewable energy developers build merchant power capacities independent of rigid long-term power purchase agreements, effectively supporting genuine market expansion.
All told, it’s been a truly exciting year for the sector, and early signs suggest 2026 could push even further.
FAQS about Hinduja renewables energy Pvt ltd
Who is the CEO of Hinduja Renewables?
Deepak Thakur is the MD & CEO, appointed in October 2025 — a veteran leader driving the company’s clean energy vision.
Which are the top 5 renewable energy companies in India?
Adani Green Energy, Renew Power, Tata Power Renewable Energy, Avaada Group, and Suzlon Energy lead India’s green energy race.
Who is the owner of Hinduja power plant?
Hinduja Group, led by Chairman Shom Hinduja, owns Hinduja Renewables — a true family-driven legacy.
Where is Hinduja renewables located?
Headquartered in Mumbai, India, with pan-India projects across solar and wind.