HUGE: Hitachi Energy's ₹2,000 Crore Vadodara Bet Will Carry India's Entire Renewable Grid

Added: 2026-05-27

[00:00:00]India wants 500 gigawatts of renewable energy by 2030. The solar panels and wind turbines that generate it are the visible part of that ambition. The transmission infrastructure that carries the electricity from where it is generated, which is basically Gujarat salt deserts, Rajasthan solar fields, to where it is consumed, which is Maharashtra's industrial corridors, Uttar Pradesh's cities, is the part nobody seems to be, well, photographing.

[00:00:28]Hitachi Energy India has committed 2,000 crore rupees in fresh capital expenditure, doubling its total India investment to 4,000 crore rupees, and building its 20th facility in Karjan, Vadodara.

[00:00:43]The company is not betting on the energy transition. Instead, it is building the wiring that makes it possible.

[00:00:50]HVDC, high-voltage direct current, is the technology that moves bulk electricity across long distances with minimal loss. It is actually the difference between a renewable energy target on paper and renewable energy reaching the grid in practice.

[00:01:08]So, Hitachi Energy India has locked in 20,000 crore rupees in HVDC orders with a total order backlog of nearly 30,000 crore rupees. That backlog that I just mentioned is not merely an aspiration, it is a contracted revenue, providing visibility across multiple quarters in a business where project cycles run long, and competition for this specific capability is quite limited.

[00:01:36]The Vadodara facility being built in Karjan will manufacture power transformers at a scale India's grid expansion requires and currently cannot fully supply domestically.

[00:01:48]Hitachi Energy and BHEL are jointly executing two of the most significant transmission corridors India has ever attempted. The first runs from Khavda in Gujarat to Nagpur in Maharashtra, 1,200 km carrying bulk renewable energy from the same salt flats where Adani Green's battery storage systems went live just last month into the industrial heart of central India. Then of course, let me talk to you about the second run. It actually does from Bhadla in Rajasthan to Fatehpur in Uttar Pradesh, 950 km.

[00:02:23]You That is basically evacuating solar generation from one of the world's largest solar parks and delivering it northwards. Both corridors operate at plus minus 800 kilovolt bipole configuration, which is 6 gigawatts each. The Bhadla to Fatehpur corridor carries an additional distinction, which is it is India's first mega HVDC project awarded to a private developer with Adani Energy Solutions having won the bid and Hitachi delivering the technical execution. Now of course, India's 500 gigawatt renewable target by 2030 depends on exactly this kind of transmission capacity being in place before the generation outpaces the grid's ability to carry it.

[00:03:13]Hitachi is making a valiant attempt to achieve just that.

[00:03:19]And here of course is the front page take.

[00:03:21]The Vadodara facility is not only for domestic supply. Hitachi Energy India is positioning it as a primary export hub manufacturing transformers and transmission equipment for global markets. Lead times for large power transformers internationally have extended to 3 years in some cases with the United States, Europe, and Asia all investing in grid expansion simultaneously. India's manufacturing cost structure and the scale Hitachi is now building puts it squarely in the middle of that supply gap. And that is, I believe, not a coincidence. Nobody announces a transmission corridor at a clean energy summit. The solar panels definitely gets the stage. The 1,200 km cable that carries the electricity to a city gets the engineering bill. Hitachi is in the business of the second thing.

[00:04:13]And right now, that business has a 30,000 crore rupee order book to show for it. Please do let us know what are your thoughts in the comments below. This, ladies and gentlemen, is Front Page by the IIM Network. Like, share, subscribe, and always remember, think I think I am.