32 kWh Stackable Home ESS for Longer Split-Phase Reserve
32 kWh stackable home ESS
,split-phase residential energy storage
,longer reserve home battery system
32 kWh Stackable Home ESS for Longer Split-Phase Reserve
Choose two 16 kWh battery modules with a 12 kW split-phase inverter. Plan indoor handling and evaluate overnight reserve for selected 120 / 240 V circuits.
YT-Stackable ESS-12kW-32kWh
Selected configuration
| Battery arrangement | 2 × 16 kWh modules |
|---|---|
| Configured rated energy | 32 kWh |
| Inverter rating | 12 kW split phase; 7.2 kW single phase |
| AC output | 120 / 240 V split phase |
| Battery voltage | 51.2 V DC nominal |
| PV charging | 9 kW + 9 kW maximum, 120–450 V DC operating |
| Module size / net mass | 760 × 240 × 400 mm / 125 ±5 kg each |
| Installation | IP20, indoor |
Use energy and power as separate checks
This stack uses two 16 kWh modules with the split-phase inverter. Use an overnight circuit schedule to add up energy for refrigeration, lighting and other selected loads. Keep a reserve for SOC limits and conversion loss. Check peak and starting power separately for each leg. The 12 kW figure is the split-phase inverter rating. Battery-only output depends on battery current limits and operating voltage.
Plan the indoor route for two modules
Each module weighs approximately 125 kg, with the source tolerance of ±5 kg. Check the floor, access route, lifting equipment and working space for two battery modules, inverter and base. Verify the stacked layout and mounting method with the approved drawings. The IP20 assembly requires a suitable indoor location.
Connect the solar and load package
YINTU, an energy storage solution provider, coordinates the configured stack and its integrated inverter. The PV field, circuit panel and external protection are selected for the installation. Review the two PV charging channels, maximum open-circuit voltage of 500 V DC, and available solar recharge when assessing overnight reserve.
Equipment illustration based on the model reference. The approved drawing and technical agreement define the ordered configuration.
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