Product Overview
Three-phase residential systems serve a different class of property: larger homes, villas, farms, mixed residential-commercial buildings, and households with substantial electrical infrastructure. In these environments, phase balance, motor load support, and broader backup coverage matter more than compactness alone.
A Three Phase Home Energy Storage System is designed to stabilize distributed loads across all phases while integrating cleanly with larger PV arrays and high-capacity household circuits.
Technical Specifications
|
Parameter |
Value |
|
AC Output |
380V/400V/415V three phase |
|
Battery Capacity |
10 kWh to 40 kWh |
|
Inverter Power |
8 kW/10 kW/12 kW/15 kW |
|
PV Input |
Up to 22.5 kW |
|
MPPT Quantity |
2 to 4 MPPT |
|
Battery Chemistry |
LiFePO4 |
|
Load Type |
Three-phase + unbalanced load support |
|
EPS Output |
Supported |
|
Generator Compatibility |
Optional |
|
Monitoring |
APP/EMS/cloud portal |
|
Scalability |
Parallel-ready depending on model |
|
Warranty |
10 years battery, inverter by model |
Core Uses
Three-Phase Load Coordination - Support pumps, larger compressors, workshop equipment, and broad household loads with better phase management.
High-Capacity Solar Utilization - Capture and redistribute energy from larger rooftop or ground-mounted PV systems.
Resilience for Premium Properties - Maintain comfort, security, and equipment continuity during grid instability.
Typical Applications
Large Villas and High-End Residences
Properties with central HVAC, pool pumps, electric gates, lighting zones, and auxiliary buildings often require three-phase infrastructure. A matching ESS allows the owner to preserve lifestyle continuity during outages while reducing dependence on diesel backup.
Farmhouses and Semi-Rural Homes
Homes connected to agricultural property frequently run pumps, motors, and mixed-use loads. Three-phase storage supports that blend better than residential single-phase products, especially where grid quality is inconsistent.
Home + Workshop Properties
For households operating small workshops, studios, or service spaces from home, three-phase energy storage protects productivity as well as comfort. It keeps lighting, IT devices, and selected machinery available when power quality drops.
Selection Guide
- 10–15 kWh systems: appropriate for homes mainly seeking solar shifting and essential backup.
- 20–30 kWh systems: better for larger residences with heavier HVAC and broader backup loads.
- 30–40 kWh systems: suitable for villas, farmhouses, and mixed residential-workshop sites with stronger autonomy targets.
Installation Notes
Three-phase system design should include phase-load review before final configuration. Proper distribution planning improves inverter performance, backup behavior, and long-term cycling efficiency.
After-Sales & Service
Remote monitoring, parameter adjustment support, and project-specific commissioning assistance are available for EPC and distributor customers. For large projects, spare-part packages can be prepared in advance.
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