Engineered from one cell.

One cell, sixteen to a pack, packs to a string.

Every AEGIS system — a 48 kWh home cabinet or a 6.4 MWh container — is built from the same unit: a single audited LiFePO4 prismatic cell, 3.2 volts nominal, 314 amp-hours. Sixteen of those in series make one pack, the 48-volt primary at 51.2 volts nominal. Stack packs in series and the voltage climbs into the hundreds; each pack carries its own BMS reporting to a master BMS that balances the whole string.

Because the architecture is modular, capacity and voltage are just a function of how many packs are present — and every one is a part AEGIS built and can account for, down to the cell. Disconnects, conductors and surge protection are rated to the full-charge ceiling of the build, never the nominal figure.

LiFePO4 cell limits: 3.2 V nominal · 3.65 V full charge · 2.5 V cutoff. Module setups build in 6-pack increments; the whole-module ceiling is 192S (700.8 V), capped at 803 V per inverter.

Every variable, controlled in-house.

AEGIS audits its cells, designs its own battery-management system, writes its own firmware, fabricates its 5052-H32 aluminum enclosures, and builds the Command Center software that watches it all — under one roof in San Diego. Nothing critical is a black box sourced from a vendor who can change it without telling you.

Since the platform's 2023 introduction: zero field failures.

That control is the reason AEGIS can stand behind a 25-year warranty and a 16,000-cycle rating. It is also the reason the company exists: AEGIS was founded in 2022 after counterfeit cells flooded the market, absorbing roughly $3M to replace every affected unit and resolving never to ship a cell it couldn't vouch for.

Safe by chemistry, then by design.

AEGIS uses LiFePO4 (LFP) chemistry for one decisive reason: thermal stability. LFP cells have a thermal-runaway onset near 251 °C — materially higher than the nickel-based chemistries common in consumer storage — so the failure mode that worries homeowners and fire marshals is far less likely to begin in the first place.

On top of the chemistry sits a four-layer fire-protection architecture, the 5052-H32 aluminum enclosure, and cell-level monitoring. The systems are independently listed to UL 1973, UL 9540 and UL 9540A — covering battery systems, complete energy-storage systems, and large-scale fire-propagation testing — with UL 9540B in process and a CEC Solar Equipment List pathway underway.

The fastest, most secure monitoring we could build.

Every AEGIS Shield ships with an AEGIS Brain: a dedicated on-site edge gateway that reads every inverter register, every BMS cell, and every temperature sensor every 5 to 25 seconds, then streams it to the cloud under encryption. You see state of charge, load, solar, export and per-cell health in near real time — and so does AEGIS, which means problems are visible before they become failures.

For government and defense deployments, the monitoring stack is built around NIST SP 800-171-aligned controls, with the same cell-level visibility extended to containerized microgrids.

One architecture, residential to industrial.

The same cell-to-string platform scales across the entire product line. Residential Shield systems run at the 48-volt primary on Sol-Ark split-phase inverters; high-voltage commercial and industrial systems run on Sol-Ark 30K or 60K inverters from a shared HV pool, matched to site service. Off-grid and mobile systems stack 60K inverters for hundreds of kilowatts of three-phase output.

Inverter pairing is strict by class: residential 48 V systems use Sol-Ark 8K–18K split-phase; HV-class systems use Sol-Ark 30K (120/208 V 3φ) or 60K (277/480 V 3φ), interchangeable per site service. Distinct configurations never share specifications.

From the garage to the base.

AEGIS carries the same zero-failure discipline into government and defense work: containerized 40-ft microgrids, configurations designed to MIL-STD-810 and DO-160 qualification, NIST SP 800-171-aligned SCADA, and a path through CEC listing and federal registration. The thesis is energy assurance — power for the bases and infrastructure that simply cannot go dark.

MIL-STD-810 / DO-160 referenced as designed-to qualification targets; certification status as stated per program.