In a significant push toward round-the-clock clean energy for industry, Payal Industrial Park (PIP) has partnered with Bay Area energy startup Fourier to deploy a hydrogen-powered long-duration energy storage system at its industrial park in Dahej, Gujarat.

 

The collaboration aims to address one of the biggest challenges in India's renewable energy transition: ensuring uninterrupted power supply in a grid increasingly powered by intermittent solar and wind generation. While battery storage has emerged as a viable short-duration solution, costs remain prohibitive for extended backup requirements.

 

Fourier's technology seeks to bridge that gap by combining the millisecond response time of advanced batteries with the large-scale storage potential of on-site hydrogen, enabling energy resilience that can extend from 12 hours to more than a week.

 

At the heart of the deployment is Fourier's modular hydrogen production and storage platform, designed to generate hydrogen on-site and on-demand. The approach eliminates the logistical, safety, and cost challenges associated with transporting and storing hydrogen.

 

Built using server rack-style hydrogen production modules, the system utilizes swappable electrolyzer "blades" to maximize uptime, simplify maintenance, and ensure operational redundancy. The platform is further supported by an intelligent Battery Management System that continuously balances power supply and demand in real time.

 

Using advanced algorithms, the system optimizes every hydrogen production module while coordinating seamlessly with renewable energy sources and grid connections. The result is a flexible energy infrastructure capable of managing daily renewable intermittency, supporting demand-response programs, and providing backup power during prolonged grid outages.

 

The pilot project at PIP is expected to demonstrate how hydrogen-based energy storage can complement India's rapidly expanding renewable energy capacity by delivering reliability at scale.

 

For industrial parks and manufacturing clusters, the model offers greater energy independence, reduced exposure to fuel price volatility, and a pathway to decarbonize backup power systems. 

 

The solution is particularly relevant in regions with high renewable energy penetration, where mismatches between generation and demand can create operational risks for industries requiring continuous power.

 

The initiative aligns with India's National Green Hydrogen Mission and highlights hydrogen's growing role as a long-duration energy storage solution.

 

As solar and wind capacity continues to expand across the country, the need for scalable storage technologies is becoming increasingly urgent. By integrating hydrogen production and power generation directly at the point of use, the PIP-Fourier deployment positions hydrogen not just as an industrial fuel but as a core component of future clean power infrastructure.

 

The project is designed to help energy-intensive industrial facilities operate continuously on renewable power while reducing dependence on conventional backup systems.

 

By embedding hydrogen production and power generation within the industrial park itself, the partnership introduces a decentralized energy model that reduces reliance on centralized infrastructure and long-distance fuel transportation.

 

The system is expected to support a broad range of industries, including chemicals, refineries, steel, fertilizers, heavy mobility, manufacturing, and data centers. Industry observers view the pilot as a potential blueprint for industrial clusters across India seeking reliable 24/7 clean energy solutions.

 

Siraj, Director, Arete Group added, “Our vision for PIP is to create a future-ready industrial hub that goes beyond traditional manufacturing by integrating advanced, sustainable technologies. Our partnership with Fourier allows us to explore next-generation solutions that align with both our operational needs and sustainability goals, enabling industries at PIP to transition toward cleaner energy alternatives while maintaining cost competitiveness.”

 

Siva Yellamraju, Co-Founder & CEO, Fourier said, “India represents one of the most dynamic markets for clean energy innovation, and the transition toward hydrogen will require solutions that are both scalable and practical. Our modular, on-site systems are designed to simplify hydrogen adoption by bringing production closer to consumption. 

 

"Hydrogen is not just a fuel - it’s a way to store energy and deliver power when it’s needed most. This pilot demonstrates how industries can move beyond diesel backup and access clean, reliable electricity on demand. Partnering with PIP allows us to integrate this approach within a high-potential industrial ecosystem, accelerating the shift toward low-carbon operations.”

 

The partnership further strengthens PIP's position as a destination for next-generation industries, including specialty chemicals, advanced materials, and clean energy. The addition of modular hydrogen infrastructure enhances its appeal as a plug-and-play industrial ecosystem designed for sustainable growth and large-scale manufacturing.