Land Applications

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Driving Terrestrial Decarbonization: Clean Energy Infrastructure & Mobile Microgrids

From high-pressure green hydrogen generation to ruggedized, field-deployed tactical power systems built to AS9100 aerospace quality standards.

Hard-to-Decarbonize Terrestrial Sectors

True global decarbonization requires addressing the most demanding environments on Earth, sectors where standard batteries fall short due to weight, duty cycles, and charging constraints.
Utilizing our AS9100 certified aerospace manufacturing rigor, Infinity is pioneering solutions for heavy terrestrial transport and off-grid reliability. Our technology roadmap features the development of high-efficiency, air-breathing fuel cells engineered in partnership with a leading international industrial gas company, directly targeting deep decarbonization for heavy-duty terrestrial vehicles, surface marine transport, and remote commercial infrastructure.

Renewable Green Energy Integration (Power-to-Gas)

Making Wind and Solar Fully Dispatchable

Renewable green energy from solar and wind represents our cleanest path forward, but its natural intermittency prevents it from providing stable, 24/7 baseload power. The key to stabilizing tomorrow’s electrical grids lies in storing excess peak generation in the form of green hydrogen.
Our Edge: Infinity’s Proton Exchange Membrane (PEM) Hydrogen Generators are custom-engineered for renewable coupling. Capable of responding instantly to the rapid, erratic fluctuations of wind and solar feeds, our systems generate and deliver green hydrogen directly at high pressure. By bypassing 1 to 2 stages of mechanical compression, we drastically simplify the balance of plant (BoP), increase overall mechanical reliability, and lower lifetime operating costs for industrial processes, microgrids, and pipeline injection.

Core Applications

1. Emergency Management & Disaster Relief

The Application: Rapidly deployable behind standard tactical or utility vehicles, XSTORRA provides immediate, zero-emission backup or primary power to localized communication hubs, field hospitals, and emergency command centers when the localized grid collapses.
Regenerative Energy

2. Remote Off-Grid Industrial Sites

The Application: Eliminates the extreme financial and safety logistics of continuous diesel fuel convoys. XSTORRA offers a self-sustaining “water battery” loop that powers off-grid monitoring stations, remote scientific outposts, or agricultural facilities indefinitely using nothing but local sun and water.

3. Onsite Industrial Hydrogen & Refueling

The Application: Delivers on-demand hydrogen gas directly at pressure for localized commercial needs, tactical utility vehicles, grid-balancing storage blocks, and specialty industrial processes without requiring heavy, centralized supply chain distribution.
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China lake II Electrolyzer - Copy

Driving Terrestrial Decarbonization

Land Applications

Driving Terrestrial Decarbonization: Clean Energy Infrastructure & Mobile Microgrids

From high-pressure green hydrogen generation to ruggedized, field-deployed tactical power systems built to AS9100-certified aerospace quality standards.

Hard-to-Decarbonize Terrestrial Sectors

Achieving global decarbonization requires addressing some of the most demanding operating environments on Earth, sectors where battery-only solutions may face challenges related to weight, duty cycles, and charging infrastructure.
Leveraging our AS9100-certified aerospace manufacturing expertise, Infinity is developing solutions for heavy-duty transportation and off-grid energy resilience. Our technology roadmap includes the development of high-efficiency, air-breathing fuel cells engineered in partnership with a leading international industrial gas company. These systems are designed to support decarbonization efforts across heavy-duty transportation, marine applications, and remote commercial infrastructure.

Renewable Green Energy Solutions

Emergency Management & Disaster Relief

Rapidly deployable behind standard tactical or utility vehicles, XSTORRA II® provides immediate, zero-emission backup or primary power for communication hubs, field hospitals, and emergency command centers during grid outages and disaster response operations.

Remote Off-Grid Industrial Sites

Reduces the costs, logistical complexity, and safety concerns associated with continuous diesel fuel delivery to remote locations. XSTORRA II® utilizes a regenerative hydrogen energy cycle, often described as a “water battery,” to provide long-duration power for off-grid monitoring stations, remote islands and scientific outposts, and agricultural facilities using locally available solar energy and water.

Emergency Management & Disaster Relief

The Application: Rapidly deployable behind standard tactical or utility vehicles, XSTORRA II® provides immediate, zero-emission backup or primary power for communication hubs, field hospitals, and emergency command centers during grid outages and disaster response operations.

Remote Off-Grid Industrial Sites

The Application: Reduces the costs, logistical complexity, and safety concerns associated with continuous diesel fuel delivery to remote locations. XSTORRA II® utilizes a regenerative hydrogen energy cycle, often described as a “water battery,” to provide long-duration power for off-grid monitoring stations, remote islands and scientific outposts, and agricultural facilities using locally available solar energy and water.

project-blog-3.webp

Onsite Industrial Hydrogen & Refueling

The Application: Delivers on-demand hydrogen gas directly at pressure for localized commercial needs, tactical utility vehicles, grid-balancing storage blocks, and specialty industrial processes without requiring heavy, centralized supply chain distribution.

Regenerative Energy

Our Edge

Making Wind and Solar Fully Dispatchable

Renewable green energy from solar and wind represents our cleanest path forward, but its natural intermittency prevents it from providing stable, 24/7 baseload power. The key to stabilizing tomorrow’s electrical grids lies in storing excess peak generation in the form of green hydrogen.

Infinity’s Proton Exchange Membrane (PEM) Hydrogen Generators are engineered specifically for integration with renewable energy systems. Designed to respond rapidly to fluctuations in renewable power generation, our systems produce and deliver green hydrogen directly at high pressure. By reducing or eliminating the need for multiple stages of mechanical compression, our systems can simplify the balance of plant (BoP), improve overall system reliability, and help reduce lifecycle operating costs for industrial processes, microgrids, and hydrogen infrastructure applications.

Core Applications of Renewable Green Energy

Regenerative Energy
project-blog-2.webp

Emergency Management & Disaster Relief

The Application: Rapidly deployable behind standard tactical or utility vehicles, XSTORRA provides immediate, zero-emission backup or primary power to localized communication hubs, field hospitals, and emergency command centers when the localized grid collapses.

project-blog-8.webp

Remote Off-Grid Industrial Sites

The Application: Eliminates the extreme financial and safety logistics of continuous diesel fuel convoys. XSTORRA offers a self-sustaining “water battery” loop that powers off-grid monitoring stations, remote scientific outposts, or agricultural facilities indefinitely using nothing but local sun and water.

project-blog-3.webp

Onsite Industrial Hydrogen & Refueling

The Application: Delivers on-demand hydrogen gas directly at pressure for localized commercial needs, tactical utility vehicles, grid-balancing storage blocks, and specialty industrial processes without requiring heavy, centralized supply chain distribution.