h2pHlo converts excess solar or off‑peak grid power into clean hydrogen fuel — stored safely for weeks, converted back on demand. The most permanent, safest, and most environmentally sound home energy system ever built.
Homeowners face three core constraints: rapid capacity loss, short storage duration, and fire risk. The market dominant incumbent — Tesla Powerwall — is a product designed for small electronics shoehorned into home applications. The physics don't scale.
h2pHlo integrates a PEM electrolyzer, solid‑state metal‑hydride hydrogen storage, and a fuel cell into a single residential unit. Zero degradation, weeks of autonomy, only water vapor as a byproduct.
Weeks of storage vs. hours from lithium alternatives
Zero calendar degradation — performs identically in year 1 and year 15
No thermal runaway — metal hydrides absorb hydrogen at ambient pressure
Only byproduct: water vapor — genuinely zero emission
30% IRA tax credit applies to qualified clean energy storage
Three revenue streams create a durable, growing business: high‑margin hardware, recurring AI energy management subscriptions, and consumable membrane replacements.
Solar Installer Channel: Partner with 8,000+ US solar installers to cross‑sell h2pHlo as a premium add-on to existing solar customers.
IRA-Driven Consumer Demand: Leverage the 30% federal ITC to position h2pHlo as a tax‑advantaged home upgrade in high-solar markets (TX, CA, AZ).
Direct-to-Consumer: Waitlist-driven e‑commerce for early tech adopters, backed by a premium physical showroom in Austin.
OEM Licensing: License the metal-hydride storage and PEM IP to international manufacturers seeking clean energy solutions.
Whether you're an investor, solar installer, or potential partner — we want to hear from you.
The Team
Three UT Austin alumni building the future of residential energy independence.

UT Austin Plan II Honors ’11. Senior Sales Engineer at Insightly (Unbounce). A decade of enterprise SaaS GTM experience turning complex technical systems into compelling customer value.

UT Austin BS Mechanical Engineering ’11, TCU Neeley MBA ’20. 5+ years at BHP Billiton Petroleum from engineer to drilling supervisor on deepwater unconventional wells. Precision built under pressure.

UT Austin BS ME (Tau Beta Pi), Stanford MS ME ’14 — energy systems & heat transfer. VP Product at Magna Imperio Systems where he commercialized the world’s first industrial-scale electrochemical desalination system. Dir. of HW Engineering at Pattern Bioscience.