The HMZ 8kW/15.36kWh Home Solar Storage System combines an 8kW single-phase hybrid inverter with 15.36kWh LiFePO4 battery storage. Designed for larger homes, small shops, offices, clinics and unstable-grid areas, it supports dual MPPT solar input, pure sine wave output and longer backup power for residential and small commercial applications.
The HMZ 8kW/15.36kWh Home Solar Storage System is a higher-capacity residential and small commercial solar storage solution designed for homes, shops, offices, clinics, farms and unstable-grid areas. The system combines an 8kW wall-mounted single-phase hybrid inverter with 15.36kWh LiFePO4 battery storage, providing stronger backup capability than entry-level 5kW systems.
With 48V low-voltage battery storage, dual MPPT solar input, pure sine wave AC output and flexible operating modes, this system can support solar self-consumption, backup power and off-grid operation. It is especially suitable for customers who need longer backup time, higher load support and better solar charging performance.
| Item | Extracted Product Information |
| Selected inverter | 8kW HMZ wall-mounted single-phase solar energy storage inverter |
| Product type | Wall-mounted single-phase PV energy storage inverter / Hybrid inverter |
| Output type | Single-phase AC output |
| Battery voltage | 48VDC / low-voltage battery system |
| Protection level | IP65 |
| MPPT charge current | 190A |
| MPPT quantity | 2 MPPTs |
| Rated solar input voltage | 360VDC |
| MPPT tracking voltage range | 120V–450VDC |
| Max input voltage at lowest temperature | 500V |
| Maximum input power | 5500W + 5500W |
| Number of MPPT tracking paths | 2 paths |
| DC input voltage range | 42V–60VDC |
| Rated mains input voltage | 220VAC / 230VAC / 240VAC |
| Grid input voltage range | 170VAC–280VAC (UPS mode) / 120VAC–280VAC (Inverter mode) |
| Grid input frequency range | 45Hz–55Hz (50Hz) / 55Hz–65Hz (60Hz) |
| Inverter output efficiency | 94% (Max.) |
| Inverter output voltage | 220VAC ±2% / 230VAC ±2% / 240VAC ±2% |
| Inverter output frequency | 50Hz ±0.5Hz or 60Hz ±0.5Hz |
| Output waveform | Pure sine wave |
| Grid output efficiency | >99% |
| Max mains charging current | 60A |
| Max solar charging current | 100A |
| Max charging current (Grid + Solar) | 100A |
| Optional operation mode | Grid priority / Solar priority / Battery priority |
| Item | Extracted Product Information |
| Selected storage | 15.36kWh LiFePO4 battery storage |
| System capacity | 15.36kWh / 8kW |
| Battery type | LiFePO4 battery |
| Rated capacity | 300Ah class (51.2V × 300Ah = 15.36kWh) |
| Standard discharge current | 50A |
| Max discharge current | 100A |
| Working voltage range | 43.2V–57.6VDC |
| Standard voltage | 51.2VDC |
| Max charging current | 50A |
| Max charging voltage | 57.6V |
| Cycle life | ≥6000 cycles |
| Warranty | 5 years |
| Certification | UN38.3 / UL1973 / IEC62619 |
| Monitoring | App control / monitoring interface |
| Item | Extracted Product Information |
| System power | 8kW inverter output |
| Battery capacity | 15.36kWh |
| Battery voltage platform | 48V / 51.2V low-voltage system |
| Solar input desig | Dual MPPT, maximum input power 5500W + 5500W |
| Recommended PV capacity | 6kW–10kW depending on site condition, irradiation and load profile |
| Recommended use | Essential load backup, longer home backup, small shop/office backup, off-grid solar |
| Backup load type | Lighting, router, TV, computer, fans, refrigerator, monitoring system, office equipment and selected appliances |
| Expansion logic | Suitable for customers who need more backup time than 5.12kWh or 10.24kWh systems |
| Scenario | How the system helps | Recommended Reason |
| Larger home backup | Provides longer backup time for essential and selected comfort loads | 15.36kWh battery capacity is more practical for longer outages |
| Small shop backup | Supports POS, lighting, security cameras, router and small equipment | Useful for unstable-grid business areas |
| Office backup | Supports computers, routers, lighting and communication devices | Reduces downtime during power outages |
| Clinic / pharmacy | Supports essential lighting and small medical or storage equipment | Suitable for critical light-load backup |
| Rural home / farm | Works with solar panels to reduce grid or generator dependence | Good for weak-grid and off-grid areas |
| Africa market | Helps reduce diesel generator running time and outage impact | Matches frequent outage and high fuel cost conditions |
The system includes an 8kW wall-mounted single-phase hybrid inverter and a 15.36kWh LiFePO4 battery storage system. Solar panels can be matched according to the customer’s roof area, local sunlight conditions and daily load demand.
This system is suitable for larger homes, small shops, offices, clinics, farms and unstable-grid areas. It can be used for solar self-consumption, backup power, off-grid operation and reducing diesel generator running time.
A 15.36kWh battery provides longer backup time than 5.12kWh or 10.24kWh systems. It is more suitable for customers who need to support more household loads, longer outages or small commercial backup power.
Yes. The 8kW hybrid inverter supports dual MPPT solar input, with a maximum PV input power of 5500W + 5500W. This helps improve solar charging flexibility and PV energy utilization.
A 6kW–10kW solar PV capacity is generally recommended, depending on the installation area, local irradiation, daily electricity consumption and backup power requirements.
It depends on the actual load. The system can support lighting, router, TV, computers, fans, refrigerator, monitoring system, office equipment and selected household appliances. For high-power loads such as air conditioners, pumps or heavy equipment, the load power and starting surge should be checked before system design.
Yes. This system is suitable for African markets where grid power is unstable, outages are frequent or diesel generator costs are high. It can help improve power reliability and reduce dependence on fuel-based backup power.
Battery expansion depends on the battery model, communication protocol and system design. HMZ can recommend a suitable battery expansion solution based on the customer’s backup time requirement and future energy demand.
The system supports flexible operating modes such as grid priority, solar priority and battery priority. This allows users to adjust the working logic according to electricity cost, solar availability and backup power needs.
The battery system warranty is listed as 5 years. Final warranty terms may depend on the project configuration, operating conditions and sales agreement.
Yes. HMZ Technology can provide customized solar storage solutions according to your load demand, installation environment, roof area, backup time requirement and local grid conditions. We can support inverter selection, battery capacity matching, PV module design and complete system configuration.
HMZ Technology provides flexible solar energy storage solutions for residential, commercial and industrial applications. If you need a customized system configuration, our team can support inverter selection, battery capacity matching, PV module design, monitoring options and complete solar storage system integration according to your project requirements.
Whether you are planning a home backup power system, an off-grid solar project, a small commercial energy storage solution or a larger C&I solar storage system, welcome to contact HMZ Technology. We can provide tailored product recommendations and technical support based on your load demand, installation environment, backup time requirement and local grid conditions.
We will contact you within 1 working day, please pay attention to the email with the suffix “@hmztechnology.com”.