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Entity 2 Introduces Pinakin HPFC: A Cost Shield Against Peak-Hour Grid Volatility

Entity 2 Energy Storage Pvt. Ltd. has unveiled the commercial concept note for Pinakin HPFC, a behind-the-meter hydrogen fuel cell power solution designed to help industrial consumers reduce exposure to peak-hour electricity costs, DSM penalties, and grid-related disruptions.

31/5/26, 8:45 am

Industrial consumers operating in power-deficit regions often face a difficult choice during evening peak demand hours: purchase expensive power from the exchange, absorb DSM penalties, or risk production losses due to load shedding.

To address this challenge, Entity 2 Energy Storage Pvt. Ltd. has introduced Pinakin HPFC, a dispatchable behind-the-meter energy solution designed specifically for peak-hour demand management. Rather than replacing grid power entirely, Pinakin HPFC is engineered to provide firm and controllable power during the most expensive and operationally critical hours of the day.


According to the commercial concept note, the solution aims to help industrial consumers:

  • Reduce exposure to high peak-hour electricity prices.

  • Avoid DSM penalties associated with grid frequency fluctuations.

  • Minimize the impact of Time-of-Day (ToD) surcharges.

  • Protect operations from upstream load-shedding events.

  • Improve energy cost predictability and operational resilience.


The concept note presents an illustrative 1 MW grid-parallel deployment operating during evening peak hours (5 PM–11 PM), demonstrating the potential for significant annual savings and an indicative payback period of approximately 4.2 years.

A reference deployment in Raipur, Chhattisgarh, further supports the commercial viability of the concept, showcasing Pinakin HPFC's role as a strategic energy hedge for industries operating in increasingly volatile power markets.

As industries continue to seek reliable and cost-effective pathways toward energy security, solutions like Pinakin HPFC highlight the growing role of hydrogen-based technologies in supporting critical infrastructure and industrial operations

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