300W 896Wh Off Grid Solar Energy Storage System LiFePO4 Micro Node
The PS-896WH-300W-Q is a compact off-grid solar energy storage system combining an 896Wh LiFePO4 battery, a 300W pure sine wave inverter, an integrated battery management system and an MPPT solar charging controller.
Designed for low-power remote applications, the system can provide independent electricity for communication equipment, monitoring devices, security cameras, LED lighting and selected field electronics where a stable grid connection is unavailable.
Its integrated structure reduces the number of separate components required for small solar installations and supports AC charging, solar charging or simultaneous AC and solar input.

| System Model | PS-896WH-300W-Q |
|---|---|
| System Type | Compact Off-Grid Solar Energy Storage System |
| Energy Storage Capacity | 896Wh |
| Battery Chemistry | LiFePO4 |
| Continuous AC Output | 300W |
| Output Waveform | Pure Sine Wave |
| AC Output | 185–230Vac, 50Hz |
| Maximum Solar Charging Power | 300W |
| MPPT Operating Range | 10–55Vdc |
| Maximum PV Open-Circuit Voltage | 56Vdc |
| AC Charging Power | 300W Max. |
| Combined AC and Solar Charging | 400W Max. |
| Low DC Cut-Off Voltage | 2.9Vdc |
| Cycle Design | Up to 8,000 cycles under specified conditions |
| Operating Temperature | -10°C to 50°C |
| System Dimensions | 210 × 156 × 356 mm |
| Net Weight | 9.9 kg |
Provides stored energy for compatible environmental sensors, data collection devices, low-power monitoring terminals and other remote electronics.
Can support selected low-power cameras, routers, communication equipment and LED lighting in temporary or isolated locations.
Suitable for small cabins, temporary work areas, inspection points and field stations requiring basic AC and USB power.
Provides temporary backup electricity for compatible radios, routers, mobile devices and communication equipment during grid interruptions.

Available operating time depends on the connected load, inverter efficiency, ambient temperature and battery condition. As a general planning reference, runtime can be estimated by dividing usable battery energy by the continuous device power.
For continuous off-grid operation, the daily energy consumption of the connected devices should be compared with the expected daily solar generation and available battery reserve.
The battery, inverter, BMS and MPPT controller are installed in one system, reducing the number of separately selected components required for small remote power applications.
The pure sine wave inverter is suitable for many compatible electronic devices. Buyers should confirm the voltage, continuous power and starting power requirements of the equipment before deployment.
Compatible panels must operate within the 10–55Vdc MPPT range, and their open-circuit voltage must remain below 56Vdc. Maximum solar charging power is 300W.
Yes. It supports up to 300W AC charging and can also use AC and solar charging simultaneously, with maximum combined charging power of 400W.
The available specifications do not indicate a weatherproof enclosure rating. The system should therefore be installed in a dry, ventilated and protected indoor cabinet or sheltered environment.
Buyers should confirm daily energy consumption, peak load, equipment starting power, required backup duration, solar panel configuration, AC voltage, socket type, installation environment and packaging requirements.
The PS-896WH-300W-Q is suitable for solar distributors, off-grid equipment suppliers, system integrators and project buyers requiring a compact low-power solar energy storage solution.
Voltertech can provide technical specification confirmation, solar panel matching guidance, socket and voltage selection, packaging information and quotation support according to project requirements.
Need support for a remote or small off-grid power application?