








1. Modular and Scalable:
• Allows flexible capacity expansion by connecting multiple units in parallel.
• Supports up to 15 battery racks, accommodating larger households or solar PV systems.
2. Long-Term Reliability:
• Uses all-new Grade A LFP battery cells with excellent cycle life and stable performance.
• Ensures consistent energy output for daily charge and discharge operations.
3. High Safety Standards:
• LFP battery chemistry provides strong thermal and chemical stability.
• Built-in Battery Management System (BMS) continuously monitors voltage, current, and temperature, automatically protecting against abnormal conditions.




1. Rack-Mounted Design:
• Optimizes indoor space utilization for homes and small residential buildings.
• Simplifies installation, maintenance, and integration with solar energy systems.
2. Flexible Voltage Options:
• Available in both high-voltage and low-voltage configurations.
• Compatible with a variety of residential inverters and energy management platforms.
3. Parallel Operation Capability:
• Up to 15 units can be connected in parallel.
• Provides extended backup power duration and improved energy self-consumption.
4. Smart Energy Management:
• Supports seamless integration with grid-connected energy storage systems.
• Enables optimized daily energy usage and efficient solar energy storage.
The SMP-MU High-Voltage Rack Energy Storage System is a modular, high-capacity energy storage unit designed for residential and small-scale commercial applications requiring grid-connected power management. Its standardized rack-mounted architecture enables efficient use of indoor space, structured system integration, and simplified installation. The system supports flexible capacity expansion, making it suitable for households and residential buildings with varying energy demands.
Equipped with Grade A LiFePO4 (LFP) battery cells, the system achieves up to 6,000 cycles, ensuring reliable long-term operation and consistent performance. The high thermal stability and safety features of LFP chemistry allow secure operation in indoor environments such as garages, utility rooms, or dedicated energy storage areas. Both high-voltage and low-voltage configurations are available, supporting a wide range of residential inverters and enabling parallel operation of up to 15 units. This provides scalable energy capacity for enhanced backup power, increased self-consumption, and optimized solar energy utilization. The system meets FCC, CE, UN38.3, and MSDS standards, guaranteeing compliance and safe deployment globally.
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Model |
SMP-MU001 |
SMP-MU002 |
SMP-MU003 |
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Battery |
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Standard Voltoge |
51.2V |
51.2V |
102.4V |
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Norminal Copacity |
100Ah |
200Ah |
50Ah |
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Rated Energy |
5.12KWh |
10.24kWh |
5.12kWh |
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Max Charge-Discharge |
100A |
100A |
50A |
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Product Dimenston |
421*480*165 mm |
770*565*165mm |
421*480*180 |
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Packoge Dimenstion |
545*510*300mm |
900*620*385mm |
545*510*300 |
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Net Weight |
41kg |
78kg |
41kg |
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Cycle Life |
≥6000@25℃,80%DOD |
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Stacking Parameters |
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Max Stacking Quantity |
8 PCS |
12 PCS |
8PCS |
12PCS |
6 PCS |
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Standard Voltoge |
409.6V |
614.4V |
409.6V |
614.4V |
614.4V |
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Working Voltage |
345.6-460.8V |
518.4~691.2V |
345.6-460.8V |
518.4~691.2V |
518.4-691.2V |
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Rated Energy |
40.96kWh |
61.44kWh |
81.92kWh |
122.88kWh |
30.72kWh |
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Packoge Dimension of |
518*546*1835 |
518*546*2415 |
789*626*1729 |
789*626*2415 |
518*546*1835 |
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Cabinet Weight |
57kg |
80kg |
73kg |
94.5kg |
57kg |
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General Parameters |
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PRoting |
IP20 |
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Installation |
Cabinet |
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Communication |
CAN/RS485/WiFi(Optional) |
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Working Temperature |
0-55℃ |
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Storage Temperature |
-20-55℃ |
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Humidity |
≤80% |
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20GP Container |
BAT 324/PDU 27PCS |
BAT 108/PDU 9PCS |
BAT 306PCS PDU 51PCS |
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40HQ Container |
BAT 516/PDU 43PCS |
BAT 216/PDU 18PCS |
BAT 486PCS PDU 81PCS |
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