Clean-tech innovation gains momentum in Asia
Indian clean-tech startup HYDGEN has raised US$5 million in Pre-Series A funding on October 27, 2025, to expand its modular AEM electrolyser manufacturing across Asia. This milestone not only strengthens Asia’s renewable infrastructure but also reinforces the region’s ambition to lead in sustainable hydrogen production.
With the new capital, HYDGEN will scale its anion exchange membrane (AEM) technology — a modular and cost-efficient alternative to traditional electrolysers. The company aims to serve both industrial and mobility hydrogen markets with flexible, distributed systems designed for regional deployment.
Building Asia’s green hydrogen foundation
Founded in 2022 in Bengaluru, HYDGEN develops low-cost, scalable AEM electrolysers for efficient hydrogen generation. The technology uses less water and energy while providing a compact setup that fits decentralized renewable projects.
The funding round attracted Indian and Singaporean clean-tech investors, as well as government-linked innovation programs supporting early-stage climate startups. Collectively, they view HYDGEN as a vital enabler of Asia’s green energy transition.
Crucially, HYDGEN’s technology stands out for its material efficiency. Unlike traditional PEM or alkaline systems, AEM electrolysers use smaller amounts of platinum and iridium — rare and expensive metals. As a result, the company reduces both capital and operating costs, making hydrogen production more affordable.
According to the Ministry of New and Renewable Energy (MNRE), India plans to achieve 5 million metric tons of green hydrogen capacity by 2030. Startups like HYDGEN will play a key role by localizing manufacturing and driving technology exports to regional markets.
Manufacturing expansion and partnerships
HYDGEN plans to expand its Bengaluru production facility, aiming for an annual output of 100 MW of AEM electrolysers by 2026. At the same time, it will form regional assembly partnerships in Vietnam, Thailand, and Indonesia to improve supply-chain access and reduce shipping costs.
In parallel, the company is collaborating with industrial partners to pilot hydrogen systems in refineries, steel plants, and transportation networks — industries seen as early adopters of hydrogen. These pilot programs will test real-world performance and scalability, offering proof of concept for future commercial rollouts.
Additionally, HYDGEN is exploring public–private investment models with financial institutions to accelerate hydrogen deployment. Its CEO, Aarav Menon, said, “We want to make clean hydrogen accessible, modular, and regionally sourced.” His vision aligns closely with Asia’s wider decarbonization goals.
The company is also in early discussions with potential partners in Japan and South Korea, both key players in the hydrogen economy. Its modular units can integrate with hybrid energy systems and refueling infrastructure, allowing for flexible adoption across different industrial contexts.
Asia’s clean-tech ecosystem gains speed
HYDGEN’s success highlights how Asia is fast emerging as a center of clean-tech innovation. While Europe and North America focus on large-scale projects, Asian startups are creating cost-effective, distributed solutions for emerging markets.
India’s clean-energy sector, in particular, is thriving. Policies like the National Green Hydrogen Mission and rising venture capital investment are driving this surge. At the same time, industrial conglomerates are increasingly investing in green startups to reduce emissions and modernize supply chains.
Asia’s manufacturing strength also gives its clean-tech startups a distinct advantage. Countries such as India, Malaysia, and Vietnam can mass-produce renewable technology at lower costs while developing local supply networks. Consequently, the region is becoming both a production hub and an innovation center for green energy solutions.
HYDGEN’s model — modular, affordable, and adaptable — fits perfectly within this context. Its strategy exemplifies how Asian startups are replacing dependency on imported technology with homegrown innovation. This shift signals that the next stage of the global hydrogen revolution may be led from the East.
Hydrogen as Asia’s next growth catalyst
Looking ahead, HYDGEN aims to complete its first commercial-scale demonstration plant within the next 18 months and finalize export agreements with ASEAN energy companies. These initiatives align with India’s push to create clean-tech manufacturing zones and develop hydrogen trade corridors.
Experts predict that the demand for AEM electrolysers will expand rapidly as industries transition toward hydrogen-powered operations. The company’s modular systems are scalable, serving both urban energy grids and rural microgrid applications. This flexibility positions HYDGEN to meet the region’s diverse energy needs.
Furthermore, Asia’s clean-tech landscape is becoming more collaborative. Startups, governments, and corporations are now working together to build hydrogen-ready ecosystems. In this environment, HYDGEN’s technology could help make hydrogen production cheaper, more sustainable, and more widely accessible.
By combining innovation and affordability, HYDGEN represents a broader transformation: Asia’s move toward self-reliant, sustainable energy solutions that support both climate and economic resilience.
HYDGEN and Asia’s hydrogen leap
HYDGEN’s US$5 million raise marks a turning point for Asia’s clean-tech sector. With modular design, regional partnerships, and scalable production, the company is redefining how hydrogen technologies are developed and deployed.
As Asia accelerates its energy transition, HYDGEN embodies the future — one where innovation, collaboration, and sustainability drive industrial transformation. Its progress signals that the continent’s next growth story will be powered not by fossil fuels, but by hydrogen and homegrown ingenuity.
