Product Overview
For most households in Europe, Southeast Asia, Africa, the Middle East, and many emerging solar markets, single-phase supply remains the residential norm. A Single Phase Home Energy Storage System is therefore the most straightforward route to solar self-consumption, backup resilience, and electricity cost optimization.
This system focuses on balance rather than excess: efficient conversion, stable daily cycling, clean communication with rooftop PV, and reliable support for the household circuits that matter most.
Technical Specifications
|
Parameter |
Value |
|
AC Output |
220V/230V/240V single phase |
|
Battery Capacity |
5 kWh/10 kWh/15 kWh |
|
Inverter Power |
3 kW/5 kW/6 kW/8 kW |
|
PV Voltage Range |
Wide MPPT input window |
|
Battery Chemistry |
LiFePO4 |
|
System Efficiency |
>96% peak |
|
Backup Switchover |
<10 ms |
|
Communication |
Wi-Fi/RS485/CAN |
|
Display |
APP plus LCD/Web portal |
|
Parallel Expansion |
Supported on selected models |
|
Enclosure |
Wall or floor standing depending on configuration |
|
Warranty |
Up to 10 years |
Core Uses
- Daily storage of rooftop solar surplus for evening use
- Backup for essential household circuits during grid outages
- Reduction of electricity bills in tariff-based markets
- Improved energy independence in weak-grid areas
Typical Applications
Standard Family Homes with Rooftop PV
This is the classic application. A 5–8 kW rooftop system often overproduces during midday, while household demand peaks after sunset. A single-phase ESS shifts that energy to the hours when it is actually needed, increasing self-consumption and reducing export dependency.
Regions with Frequent Short Outages
In many markets, outages are short but disruptive. The system keeps refrigerators, lights, security devices, and communications online, preventing small interruptions from becoming daily frustrations.
Homes Seeking Lower Grid Dependence
When electricity prices are volatile or net metering is less attractive, single-phase storage improves the economics of rooftop PV. It helps households use more of their own generation and buy less from the grid during expensive periods.
Selection Guide
For homes with 3–5 kW PV systems and ordinary evening consumption, a 5–10 kWh battery typically provides the best balance between investment and daily utilization. Larger 15 kWh systems are more appropriate where backup expectations are higher or nighttime consumption is consistently heavy.
Transport & Delivery
Systems are shipped with inverter and battery protected in export-grade cartons or wooden cases depending on destination and capacity. Clear accessory labeling shortens on-site unpacking and reduces missing-part disputes during project delivery.
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