
MP-Force H3-8915
The China Moneypro Force-H3 Series is a high-voltage modular residential energy storage system designed for flexible expansion, high efficiency, and long-term reliability. Based on LiFePO? battery technology, the system delivers safe operation, scalable capacity, and easy installation for modern solar energy applications.
Its stackable architecture enables flexible configuration and supports multiple parallel systems, making it ideal for residential and small commercial energy storage needs.
High Efficiency & Flexible Expansion
Scalable Modular Design
- 5.12 kWh per battery module for flexible configuration
- Supports 2-7 modules per tower
- Capacity range from 10.24 kWh to 35.84 kWh
- Up to 6 battery towers in parallel for larger energy storage systems
Benefits:
- Flexible system sizing for different home requirements
- Easy expansion for future energy demand
Reliable Performance & Long Lifespan
Built for Long-Term Operation
- LiFePO? battery technology for enhanced safety and durability
- 8000+ cycle life for long-term performance
- 15+ years design life
- 95% depth of discharge for high usable energy
Advantages:
- Reduced total cost of ownership
- Reliable long-term energy storage
Intelligent Design & Easy Installation
Plug-and-Play Installation
- Stackable modular structure simplifies installation
- Internal connectors reduce wiring complexity
- Compact footprint suitable for residential installations
- Compatible with major hybrid inverter brands
Benefits:
- Fast installation
- Reduced maintenance complexity
Durable & Safe Design
Engineered for Safety
- IP55 protection rating for indoor and sheltered outdoor installation
- Built-in Battery Management System (BMS) protection
- High-voltage architecture improves system efficiency
- Multiple safety certifications including UL9540A / IEC / UN38.3
Advantages:
- Safe residential operation
- Reliable system protection
Why Choose China Moneypro Force-H3?
- High Voltage System: Improved system efficiency
- Flexible Expansion: 10.24 kWh ?C 35.84 kWh scalable
- Long Lifespan: 8000+ cycles and 15-year design life
- Easy Installation: Plug-and-play stackable design
- Reliable Safety: IP55 protection and advanced BMS
Key Specifications
- Battery Technology: LiFePO?
- Module Capacity: 5.12 kWh
- System Capacity: 10.24 kWh ?C 35.84 kWh
- Nominal Voltage: 204.8 V ?C 716.8 V
- Depth of Discharge: 95%
- Cycle Life: 8000+ cycles
- Parallel Support: Up to 6 systems
- Communication: CAN / Modbus RTU
- Protection Rating: IP55
- Operating Temperature: -10??C to 55??C
- Design Life: 15+ years
Typical Applications
- Residential Solar Storage
- Home Backup Power
- Self-Consumption Optimization
- Small Commercial Energy Storage
- Micro-Grid Applications
FAQ ?C Common Questions
Q1: What capacity options are available?
The system supports 10.24 kWh to 35.84 kWh depending on module configuration.
Q2: How scalable is the system?
Up to 6 battery towers in parallel for large energy storage systems.
Q3: What battery technology is used?
The system uses LiFePO? battery technology for safety and long lifespan.
Q4: Is the system suitable for outdoor installation?
Yes, the IP55 protection rating allows sheltered outdoor installation.
Q5: What is the cycle life?
The system supports 8000+ cycles with long-term reliability.
Specifications
| Battery Module | FH10050 |
| Nominal Voltage (VDC) | 102.4 |
| Battery Module Capacity (kWh) | 5.12 |
| Battery System Capacity (kWh) | 35.84 |
| Usable Capacity (kWh) | 34.01 |
| Battery System Voltage(VDC) | 716.8 |
| Dimension (W*D*H mm) | 540*350*1380 |
| Weight (kg) | 287 |
| Depth of Discharge | 95% |
| Charge/ Discharge (A) -(Normal) | 50 |
| Charge/ Discharge (A) -(Max) | 55@15MIN |
| Communication port | Modbus RTU/CAN |
| Multi-group | Max 6 groups in parallel |
| IP rating | IP65 |
| Working Temperature/ (℃) Charge | -10~55 |
| Storage Temperature/ (℃) | -20~45 |
| Humidity (RH) | 5%~95% No condensation |
| Altitude (m) | <4,000 |
| Design life (@25℃) | 15+Years |
| Cycle life (@25℃) | >8,000 |
| Certification | IEC62040-1/IEC62477-1/IEC62619/IEC63056/UL1973/UL9540A/UN38.3/VDE-AR-E 2510-50 |



