






High Voltage Architecture: Supports efficient energy transmission and higher capacity than low-voltage systems.
Portable and Modular: Stackable design enables flexible deployment and expansion in remote locations.
LiFePO4 Battery Cells: Provide a long cycle life and stable chemical performance.
Industrial IP54 Protection: Ensures reliability in harsh outdoor conditions.
Smart EMS Functionality: Cloud-connected monitoring, OTA firmware updates, and automatic energy mode switching (PV Priority, ToU Arbitrage, Off-grid).
Maintenance-free Operation: Redundant protection mechanisms for safe unattended use.
Remote or rural energy supply
Off-grid solar energy systems
Emergency power for temporary installations
The SMP-CU stacked all-in-one energy storage system is designed for off-grid energy solutions, combining high-voltage Li-ion cells in a portable, stacked configuration. Its high-voltage architecture enables efficient energy transfer, reduced heat loss, and superior round-trip efficiency, making it ideal for remote estates, field operations, or mobile energy applications.
|
Model |
HV-HLC-CU001 |
HV-HLC-CU002 |
|
Battery |
||
|
Stondord Volitoge |
51.2V |
102.4V |
|
Norminal Capacity |
100Ah |
50Ah |
|
Rated Energy |
5.12kWh |
|
|
Max Charge-Discharge Rate |
1C/100A |
1C/50A |
|
Product Dimension |
550*500*171mm |
|
|
Package Dimension |
640*590*265mm |
|
|
Net Weight |
41kg |
|
|
Cycle Life |
≥6000@25℃, 80% DOD |
|
|
Stacking Parameters |
||
|
Max Stocking Quantity |
8 PCS |
6 PCS |
|
Stondord Voltage |
409.6V |
614.4V |
|
Working Voltage |
345.6~460.8V |
518.4~691.2V |
|
Rated Energy |
40.96kWh |
30.72kWh |
|
Tota Product Dimension |
550*500*1629mm |
550*500*1287mm |
|
Net Weight |
360kg |
263kg |
|
General Parameters |
||
|
IP Rating |
IP20 |
|
|
Installation |
Stocked |
|
|
Communication |
CAN/RS485/WiFi(Optional) |
|
|
Working Temperature |
0-55℃ |
|
|
Storage Temperature |
-20-55℃ |
|
|
Humidity |
≤80% |
|
|
20GP Container |
216pcs |
|
|
40HQ Container |
459pcs |
|




Allan just installed a 6 kW solar array on his workshop roof. The quote offered two choices: save $120 by accepting a modified sine wave inverter, or pay the difference for a pure sine wave model. H...
Read MoreThe Wattage Number That Decides Everything Before you choose a portable power station, an inverter, or a solar array, the only number you really need is the total wattage of the appliances you plan t...
Read MoreRoof Load Limits and Ground Clearance Change the Mounting Math Entirely Every solar installation eventually forces the same decision: does the array sit on the roof, or does it sit on the ground. The...
Read MoreWhy Accurate Load Calculation Comes Before Any Solar Purchase Most oversized or undersized solar setups trace back to one mistake: skipping a proper load calculation. Homeowners often size a system b...
Read More