| Model | 15KW Stacked Energy Storage System (5KWH battery + 5KW inverter) |
| BATTERY |
| Battery Type | LifePo4 |
| Battery Energy | 15.36KWh |
| Battery Capacity | 100Ah (Min 97Ah) x 3 |
| 5KWH Energy Storage System Net Weight | 181 KG |
| 5KWH Energy Storage System Net Dimension | 650*460*765 mm |
| Battery Rated Voltage | 51.2V (16S) |
| Overcharge Protection Voltage | 58.4V |
| Overdischarge protection voltage | 40V |
| Maximum Charging Current | 80A |
| Maximum Discharging Current | 100A |
| Packing Part I Weight: Inverter + Base | 37 KG |
| Packing Part Il Weight: Battery | 53 KG |
| Total Packing Part Weight: 1 inverter + 1 base + 3 battery | 196 KG |
| Packing Part I Dimension: Inverter + Base | 735*550*590 mm |
| Packing Part Il Dimension: Battery | 745*550*320 mm |
| Total Packing Part Dimension: 1 inverter + 1 base + 3 battery | 74.5*55*155 cm |
| DOD | 80% |
| Designed Life-span | 6000 |
| Four Charging Modes are Optional | Solar only, Mains priority, Solar priority, Hybrid charging |
| Three Output Modes | 1.Mains priority mode:
Power supply sequence: Mains power - Photovoltaic - Battery.
2.Inverter priority mode:
Power supply sequence: Photovoltaic - Battery - Mains.
3.Photovoltaic priority mode:
Power supply sequence: Photovoltaic - Mains - Battery. |
| PV CHARGE |
| Maximum PV Open-circuit Voltage | 500vdc |
| PV Working Voltage Range | 120-500Vdc |
| MPPT Voltage Range | 120-450Vdc (Suggest: 300 - 400Vdc) |
| Maximum PV Input current | 18A |
| Maximum PV Input Power | 5200W (Suggest: 1500 - 2000W) |
| Maximum PV Charing Current | 80A |
| MAINS CHARGING |
| Rated Input Voltage | 220/230Vac(√) 110/120Vac( ) |
| Input Voltage Range | UPS Mains Mode: (170Vac - 280Vac) ± 2%
APL Generator Mode: (90Vac - 280Vac) ± 2% |
| Mains Maximum Charging Current | 60A |
| Mains Charging Efficiency | >95% |
| INVERTER |
| Output Waveform | Pure Sine Wave |
| Rated Output Voltage | 230Vac (200 / 208 / 220 / 240Vac) (√)
120Vac (100 / 105 / 110Vac) ( ) |
| Rated Output Power | 5000W |
| Maximum Peak Power | 10000VA |
| Frequency | 60Hz |
| Over Temperature Protection | 60°C-70°C |
| Number of Parallel / Split Phases | 1-6 pieces |
| On-load Motor capacity | 4HP |
| Maximum Efficiency | >90% |
| No load loss | Non Energy-saving Mode: <50W
Energy-saving Mode: <25W (Manual Setup) |
| GENERAL DATA |
| Certificate | CE, UN38.3, MSDS, IEC 62619, Sea report |
| Storage time / Temperature | 6 months @25°C;
3 months @35°C;
1 months @45°C; |
| Charging Temperature Range | -10~55°C |
| Discharging Temperature Range | -10~55°C |
| Operation Humidity | 5%~95°C |
| Noise | 60dB (A) |
| Recommended Operation Environment | Indoor |
| Installation Method | Horizontal |
Product Description
| Custom Design Home 300ah 15.36kwh Lithium Ion Batterie 51.2V Lifepo4 Battery |
Advantages:
1. The Stacked All-in-One Power Storage Program integrates a variety of components into a single unit, such as battery modules, inverters, charge controllers, and monitoring systems. This all-in-one design streamlines installation, simplifies upkeep, and ensures seamless compatibility in between different system elements.
2. One more significant advantage is its higher power storage capacity. With numerous stacked battery modules, the program can retailer a substantial volume of power generated by solar panels. This ample storage capacity enables extended periods of power provide during instances of high demand or inside the absence of sunlight, guaranteeing uninterrupted power availability for important loads.
3. The technique also boasts advanced power management capabilities. With integrated inverters and charge controllers, it optimizes power conversion and utilization, maximizing the efficiency of power transfer among the solar panels, batteries, and connected devices. The built-in monitoring program delivers real-time data on power production, consumption, and storage, enabling customers to monitor and handle their power usage successfully.
- Residential energy backup during power outages
- Off-grid cabins or vacation homes
- Powering remote research laboratories
- Powering boat docks and marinas with solar energy
- Powering emergency shelters and disaster relief efforts
- Powering remote mining equipment and operations
