Is the design for critical loads or whole-home backup?
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solar storage
Rack-mounted, stacked, and wall-mounted battery formats for residential solar and backup system design.

Residential storage selection begins with essential loads, inverter compatibility, installation space, desired autonomy, and the expansion plan. The three formats serve different layout and service-access priorities.
Include this information in the RFQ so a reviewer can compare the right architecture and operating limits.
Include this information in the RFQ so a reviewer can compare the right architecture and operating limits.
Include this information in the RFQ so a reviewer can compare the right architecture and operating limits.
Published products
Use these ratings to create a shortlist. Final configuration still depends on the project, operating conditions, and destination requirements.

A single-phase residential solar-storage system with 6 kW rated output, 16.076 kWh nominal battery energy, and up to 9 kW of published PV input.

A single-phase residential and small-site solar-storage system with 12 kW rated output, 32.153 kWh nominal battery energy, and up to 18 kW of published PV input.

A three-module high-voltage stacked LFP home battery system with 15.36 kWh nominal energy, 153.6 V nominal system voltage, and IP54 enclosure rating.

A 51.2 V, 100 Ah wall-mounted LFP battery with 5.12 kWh nominal energy for compatible residential solar and backup architectures.

A 51.2 V, 100 Ah rack-mounted LFP battery with 5.12 kWh nominal energy for compatible residential, solar, and small-site storage architectures.

A modular stacked home-storage format built around 51.2 V, 100 Ah, 5.12 kWh battery modules.

A 51.2 V wall-mounted battery series with nominal energy options of 5.12, 10.24, and 15.36 kWh.
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