HYXI, a leading global provider of smart PV and energy storage solutions, has introduced HYXI Aura Residential All-in-One ESS, an integrated energy storage system designed to deliver whole-home backup, flexible energy storage, simplified installation and intelligent energy management.

As residential energy systems evolve from standalone solar-plus-battery setups toward more integrated home energy solutions, system complexity has become an increasingly important consideration for both installers and homeowners. HYXI Aura addresses this challenge by bringing the hybrid inverter, battery system and backup switching into one integrated system, creating a true all-in-one solution for whole-home energy.

One System for Whole-Home Backup

HYXI Aura is designed around the needs of the entire home rather than a limited set of backup loads. The system supports 63A per-phase passthrough and 100% three-phase unbalanced loads, enabling it to accommodate a wide range of household loads and energy configurations.

With a built-in Automatic Transfer Switch (ATS), HYXI Aura eliminates the need for a separate backup gateway while enabling 0 ms seamless switchover during grid interruptions. The integrated architecture simplifies the overall system design while providing a more streamlined approach to whole-home backup.

Advanced Performance, Built for Long-Term Use

Beyond whole-home backup, HYXI Aura is designed to make greater use of available solar generation while supporting reliable, long-term operation.

The system supports up to 200% PV Input, 20 A maximum input current per MPPT for compatibility with high-power modules up to 700 W+, and up to four MPPTs to maximize solar generation across different roof orientations.

Designed for long-term residential use, HYXI Aura combines automotive-grade engineering with a seven-layer safety protection design to provide multi-level protection for the battery system.

With IP66 protection and a wide operating temperature range of -30°C to 60°C, HYXI Aura is built to perform reliably across demanding outdoor conditions. The system also supports 10000 charge cycles and a 15-year lifespan, helping keep your home powered and protected for years to come.

Easy to Install, Simple to Live With

Residential energy storage can involve multiple components, complex wiring and time-consuming commissioning. HYXI Aura takes a simpler approach with an integrated, stackable design that makes installation faster and easier, with setup completed in as little as 10 minutes.

The built-in metering module and single-screw pack-to-pack connection for every side help reduce installation complexity, while built-in 2.4 GHz/5 GHz Wi-Fi and Bluetooth make commissioning and system setup more straightforward. Its stackable architecture supports up to 54 kWh of storage capacity in a system under 2 meters high, giving installers greater flexibility when configuring systems for different homes.

Aura is also designed to adapt as household energy needs evolve. Its active balancing and DC-DC architecture supports flexible battery configurations, including the mixing of new and existing battery packs, subject to the confirmed system configuration. With both 7 kWh and 9 kWh battery options, homeowners can build a storage system around their needs today while retaining the flexibility to expand or adjust it over time.

Smarter Energy, Always Within Reach

Beyond hardware integration, HYXI Aura works with HYXI Cloud to help homeowners make smarter use of the energy they generate and store. Through AI-powered energy management, HYXI Cloud can forecast solar generation, household energy demand and electricity prices to help optimize charging and discharging.

The 24/7 Energy Assistant provides an always-on companion for product information, operation guidance, system reports and technical support, helping make home energy management simpler and more accessible whenever support is needed.

Aura is also designed to be VPP and dynamic-tariff ready where supported, allowing compatible systems to participate in emerging grid-interactive energy models and take advantage of more flexible electricity pricing structures.