Anenji 6200W 48V
The Anenji ANJ-6200W-48V-WIFI hybrid single-phase inverter is designed for building off-grid and grid-tied solar power systems and…
Capacity and internal resistance test report plus batch datasheet photos — sent on request by our manager before payment. Replacement guarantee if the cell falls short of rated capacity.
Description
The Anenji ANJ-6200W-48V-WIFI hybrid single-phase inverter is designed for building off-grid and grid-tied solar power systems and provides stable power supply to consumers with a pure sine wave output voltage. This ensures safe operation of sensitive electronic devices. The model has a rated power of 6200 W and a power factor of 1.0, which allows efficient use of all available energy without losses. The device has a built-in MPPT charge controller and supports connection of solar panels with a total power of up to 6500 W over a wide input voltage range from 60 to 500 V DC. The inverter is compatible with 48 V lithium and lead-acid batteries, supports user-defined battery type settings, and is equipped with an RS485 interface for communication with the BMS management system. The maximum total charging current from solar panels and AC grid reaches 120 A. A lithium battery activation function is also implemented, both from solar panels and from the grid. The inverter is capable of operating without a connected battery, using energy from solar panels and the grid. Various power source priority modes are supported, including UTL, SOL, SBU, SUB, and SUF, allowing flexible adaptation of system operation to specific operating conditions. SUF mode allows feeding solar energy back to the grid if it is sufficient for all connected loads and battery charging.
Technical Specifications Table
| Model: | ANJ-6200W-48V-WIFI |
| Rated power: | 6.2 kVA/6.2 kW |
| Dual output function: | No / Yes |
| Operation without battery: | Yes |
| Grid feed-in capability: | SUF mode |
| Parallel connection capability: | No |
| Rated voltage: | 230 V AC |
| Frequency: | 50/60 Hz (automatic frequency detection) |
| Rated voltage: | 220/230 V AC + 5% |
| Peak power: | 11000 VA |
| Frequency: | 50/60 Hz |
| Output waveform: | Pure sine wave |
| Automatic transfer time: | 10 ms (for personal computers); 20 ms (for household appliances) |
| Maximum efficiency (PV to INV) | 96% |
| Maximum efficiency (Battery to INV) | 93% |
| Overload protection | 5 s at load >= 140%; 10 s at load 110% -140%. |
| Battery voltage: | 48 V DC |
| Float charge voltage: | 54 V DC |
| Overcharge protection: | 63 V DC |
| Charging method: | CC/CV |
| Lithium battery activation: | YES |
| Communication with lithium battery: | YES (RS485) |
| Solar charger type: | MPPT |
| Max. PV array power: | 6500 W |
| Max. PV array open-circuit voltage: | 500 V DC |
| MPPT PV array voltage range: | 60~500 V DC |
| Max. current: | 27A |
| Max. PV array charging current: | 120A |
| Max. AC charging current: | 80A |
| Max. charging current (PV+AC): | 120A |
| Dimensions, LxWxH (mm): | 482X290X113 |
| Weight (kg): | 10 |
| Communication interface: | RS485, built-in Wi-Fi |
| Operating temperature range: | from -10°C to 50°C |
| Storage temperature: | -15°C~60°C |
| Humidity: | Relative humidity from 5% to 95% (non-condensing) |

