SNADI HDB Stacked Solar Energy Storage System
Main Features
- Pure sine wave output
- Built-in 2 MPPT
- Compatible work with LiFePO4 battery via RS485
- LifePO4 battery with 10 years service life
- Wifi remote monitoring optional
- EQ function to optimize battery performance and extend lifecycle
Product Details
Stacked Design
HDB combines a 12kW inverter and built-in 51.2V LiFePO4 storage in a stacked design with 1~3 battery units.
Dual MPPT
Two built-in MPPT trackers support up to 15000W of PV array power within a 60~450VDC MPPT range.
Built-in LiFePO4 Battery
Built-in LiFePO4 storage is rated at 314AH/51.2V and 16076.8WH, with a 10-year service life.
RS485 Communication
RS485 supports compatible LiFePO4 battery operation; communication interfaces include USB and RS232.
Optional Wi-Fi
Optional Wi-Fi supports remote monitoring of the HDB stacked solar energy storage system.
Pure Sine Wave Output
Pure sine wave output delivers 12000W, with 220/230/240VAC voltage regulation in battery mode.
Technical specification
Download| MODEL | HDB-12KW |
|---|---|
| Rated Power | 12000W |
| Communication Input | |
| Voltage | 230/240VAC |
| Selectable Voltage Range (UPS) | 170~280VAC |
| Selectable Voltage Range (INV) | 90~280VAC |
| Frequency Range | 50/60Hz(Auto sensing) |
| Communication Output | |
| AC Voltage Regulation (Batt .Mode) | 220/230/240VAC |
| Surge Power | 24KW |
| Efficiency(Peak)PV to INV | 95% |
| Efficiency(Peak)Battery to INV | 94% |
| Transfer Time | 10ms |
| Overload Capacity | 1min@102%~125%Load,10s@>125%Load |
| PV Charge | |
| Maximum PV Array Power | 15000W |
| MPPT Range Operating Voltage | 60~450VDC |
| Maximum PV Array Open Circuit Voltage | 500VDC |
| Maximum Charge Current | 160A |
| Maximum Efficiency | 99% |
| Battery And AC Charging | |
| Specification | 314AH/51.2V |
| Battery Capacity | 16076.8WH |
| Stacking Quantity | 1~3 |
| Maximum Charging Current | 160A |
| AC+PV Charge | |
| Maximum Charge Current | 160A |
| Opera Ting Environment | |
| Humidity | 5~95% Relative Humidity(Non-condensing) |
| Operating Temperature | 0~55°C |
| Storage Temperature | -15~60°C |
| Physical | |
| Communication Interface | USB/RS232/RS485 |
Why We Recommend the HDB Energy Storage System
At SNADI, we recommend HDB when you want 12kW pure sine wave output and built-in LiFePO4 storage in one stacked system. Its 314AH/51.2V battery specification and 16076.8WH capacity give you clear values for sizing storage, while the 1~3 stacking quantity helps you compare the configuration with your project needs.
Our HDB combines two built-in MPPT trackers with up to 15kW of PV array power, helping you plan solar input alongside AC charging. We also offer optional Wi-Fi remote monitoring, and RS485 supports compatible LiFePO4 battery operation. These features help you evaluate solar charging, storage and monitoring in one purchasing decision.
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FAQS
What output does the HDB energy storage system provide?
HDB-12KW provides 12000W rated power and pure sine wave output, with 220/230/240VAC voltage regulation in battery mode and 24KW surge power.
What battery and stacking configuration should I specify for HDB?
HDB lists a 314 Ah/51.2 V LiFePO4 battery rated at 16076.8 Wh and a stacking quantity of 1–3. Confirm the requested stack configuration and its matching installation documents with SNADI before ordering.
How much solar input can HDB accept?
HDB has two built-in MPPT trackers and supports up to 15000W of PV array power. The MPPT operating range is 60~450VDC, maximum PV open-circuit voltage is 500VDC, maximum PV charge current is 160A and maximum PV charging efficiency is 99%.
What charging current and transfer time does HDB provide?
Maximum charging current is 160A for battery and AC charging and 160A for combined AC+PV charging. Transfer time is 10ms.
Which communication and monitoring options are available?
Communication interfaces include USB, RS232 and RS485. RS485 supports compatible operation with the LiFePO4 battery, and Wi-Fi remote monitoring is optional.