Revolutionizing Power Resilience
Sustainable power resiliency during emergencies at an affordable price.
Sustainable power resiliency during emergencies at an affordable price.
Megneon is developing a sustainable energy storage system that breaks free from hazardous chemical batteries and toxic gas generators.
Our technology will cut the cost for high-capacity backup batteries in half, making power resiliency more affordable than ever.
This is not a compromise on cost versus capacity: our technology stores more power per pound than traditional chemical batteries.

Megneon's small-scale battery can power a fridge for up to seven days, and can power other devices like phones and portable A/C. Our small battery is portable, can be stored and operated inside, and charges like any other battery backup.

Megneon's medium-scale battery can power a house for up to seven days. This battery is the ideal clean power storage system: Users can store excess power from solar panels or charge from the grid, and receive long-term power during natural disasters.

Megneon's large-scale battery is a prime example of revolutionary energy storage: it can power a small hospital for one day on a single charge. This innovative solution allows hospitals to operate for another full day during natural disasters or other large-scale disruptions when fuel for emergency generators may be limited.
Patrick is an Aerospace Engineer and Applied Physicist from Embry-Riddle Aeronautical University with experience in academic research, rocket design and testing, cryogenics, aircraft design and testing, MDAO Hydrogen turbofan design, and numerical simulation. He is passionate about using applied physics concepts to solve real-world problems and believes a long-term future beyond Earth is not possible using today’s battery technology.
Griffin is a Mechanical Engineer whose background includes structural load analysis, industrial engineering, programming, and integrating a wide variety of 3rd party mechanical and electrical systems. He often designs custom R&D components to meet project needs. His work is defined by rigorous standards of compliance with CNC-optimized design and ANSI/ISO precision across the full product development lifecycle.
Nathaniel is a Mechanical Engineer with experience in thermodynamics, fluid systems, and powertrain development. He is passionate about innovation, battery technology, and advanced energy systems.
Spencer has a degree in Aerospace Physiology and assists with outreach, management, and laboratory safety.
Ethan is a Computer Scientist and brings advanced coding and numerical simulation experience to the team.
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