PS01 ALL-IN-ONE 1kWh LiFePO4 Portable Power Station

The PS01 300w portable power station is a compact, all-in-one energy storage device that serves as a reliable 300w power station for both home and outdoor use. This 300 watt portable power station features a 1kWh capacity and 300W continuous output, with pure sine wave output for safe use with sensitive electronics; as a 300 watt power station, it supports up to 200W solar input with ≥98% MPPT efficiency and wide-voltage compatibility. The portable power station 300w is small in size, supports flexible mounting, and this 300 watt portable power station integrates multiple charging modes, making it a versatile choice for emergency backup, camping, and daily use.

Chat Now

Core Performance: Stable and Reliable

1kWh High Capacity + 300W Rated Power: The 300w portable power station features a 1000Wh large capacity and continuous stable output of 300W. As a high-performance 300w power station, it balances portability and power supply, meeting long-duration needs of small household appliances and outdoor equipment.
Pure Sine Wave Output: This 300 watt portable power station generates pure sine wave output, same as standard utility power, free from interference. It’s ideal for sensitive electronics, ensuring safety and broad compatibility for the 300 watt power station.

Efficient Solar Energy Storage: Ideal for Off-Grid Outdoor Scenarios

200W High-Power Solar Input: The portable power station 300w supports up to 200W solar input, enabling rapid outdoor charging. Perfect for camping, fieldwork and emergency off-grid use, this 300w portable power station is a reliable outdoor companion.
≥98% Ultra-High MPPT Charging Efficiency: The 300 watt power station boasts ≥98% MPPT efficiency, capturing solar energy efficiently and ensuring effective charging even in low-light conditions, maximizing energy utilization.

Wide-Voltage Utility Compatibility: Globally Universal

150–270Vac Wide-Range Input: The 300w power station adapts to unstable power environments at home and abroad, maintaining stable charging even with voltage fluctuations, enhancing its adaptability.
Standard 230Vac Output: This 300 watt portable power station matches mainstream household power, supporting plug-and-play use without additional converters, convenient for daily use.

Compact & Portable: Flexible Installation

Miniature Dimensions: The portable power station 300w has a compact size of 245×142×226mm, taking little space, easy to carry and store for various scenarios.
Flexible Mounting: With M5 mounting points, the 300w portable power station supports wall-mounting and desktop placement, serving as both a portable device and fixed emergency storage unit.

Versatile Scenarios

This all-in-one 300 watt power station integrates AC charging, solar charging and emergency power, suitable for home backup, outdoor camping, RV travel, field surveys and small off-grid systems.

Home Emergency Backup Power (Core Home Scenario)

Home Power Outage Emergency:When the utility grid fails, it provides continuous power to routers, optical modems, lighting fixtures, mobile phones, laptops, fans, small oxygen concentrators, and security cameras, ensuring essential living and security power needs are met. The 1kWh capacity can sustain basic household appliances for several hours.
Eco-friendly Home Energy Storage: When paired with a 200W solar panel, it charges and stores energy via solar PV during the day, prioritizing the use of this stored power at night to reduce utility grid consumption and enable small-scale, eco-friendly home energy usage.
Adaptability for Older Homes/Neighborhoods with Unstable Voltage: Featuring a wide utility input voltage range of 150–270Vac, it effectively handles voltage fluctuations common in aging power grids, delivering a stable 230Vac standard output to safeguard household appliances.

Outdoor Living & Leisure Scenarios

RV Travel / Camping / Picnics:The stable pure sine wave output can power portable refrigerators, coffee makers, projectors, outdoor lighting, and digital devices. Solar PV charging enables a self-sustaining, off-grid power cycle outdoors, freeing you from the limitations of the utility grid.
Outdoor Fishing / Wilderness Recreation: The compact and portable design makes it easy to carry, meeting the power demands for fishing lights, monitoring equipment, and portable appliances. It allows for real-time energy replenishment via solar power while outdoors.

Small-scale Off-grid / Field Operations Scenarios

Outdoor Surveying & Inspection:Ideal for geological surveys, field mapping, landscape inspections, and outdoor construction projects. It provides power for portable tools, two-way radios, monitoring instruments, and small-scale equipment, with solar charging capabilities perfectly suited for off-grid environments where utility power is unavailable. 2. Off-Grid Power for Rural/Remote Areas: Ideal for self-built rural homes, remote guesthouses, and mountain cabins; serves as a compact, essential energy storage system capable of powering lighting and small appliances. Its dual-charging mode makes it perfectly suited for regions lacking a stable grid connection.

Commercial & Security Backup Scenarios

Emergency Backup for Small Businesses/Retail Outlets: For convenience stores, small studios, and florists—provides power to POS systems, surveillance equipment, and emergency lighting during outages, ensuring continued basic operations and security.
Uninterrupted Power for Security Surveillance: Acts as a backup power source for home courtyard monitoring systems, outdoor cameras, and access control devices; delivers continuous energy to prevent recording interruptions and ensure stable security coverage.
Backup Power for Small Medical Devices: Supplies a stable, pure sine wave power output for small home medical instruments, oxygen concentrators, and physical therapy devices—specifically designed to power sensitive electronic equipment without waveform interference.

Flexible Wall-Mounting & Fixed Installation Scenarios

Leveraging standard M5 wall-mount points, the unit can be securely fixed to walls, equipment cabinets, or storage rooms. It is suitable for balcony energy storage, garage backup power, and small base station backup applications—offering the dual versatility of both portable mobility and fixed energy storage.

Installation Instructions

Wall Mounting: Secure the device to a flat wall or cabinet using M5 screws, ensuring sufficient clearance is left for ventilation and maintenance access.
Desktop Placement: Place the device on a dry, firm, and level surface; ensure that ventilation vents remain unobstructed and keep the unit away from heat sources.
Wiring: Ensure the power is switched off before proceeding. Verify voltage compatibility (Grid Input: 150–270 Vac; Output: 230 Vac), then correctly connect the device to the power grid, solar panels (optional), and the load.

Usage Instructions

Charging

– Grid Charging: Connect the grid charging cable to a 150–270 Vac power source. The device will begin charging automatically and will switch to standby mode once fully charged.

– Solar Charging: Connect solar panels (≤ 200 W). The built-in MPPT controller will automatically charge the device with high efficiency. Simultaneous charging from both the grid and solar panels is supported (with priority given to solar power).

Discharging & Load Connection

– Switch on the main power switch; the device will output a 230 Vac pure sine wave current, making it compatible with most household appliances.

– The rated output is 300 W; do not exceed this load limit. The device is suitable for powering small appliances such as lighting fixtures, routers, and laptops.

– In the event of low battery voltage, overload, or a short circuit, the Battery Management System (BMS) will automatically cut off power to protect the device.

Precautions

Use the device only in a dry, well-ventilated indoor environment. Keep it away from rain, open flames, and corrosive substances.
Do not disassemble or modify the device. Use only original accessories and components. Non-professional personnel must not touch the wiring terminals.
If the device remains idle, recharge it once every three months. Do not expose the battery to fire, physical crushing, or puncture.
Regularly clean accumulated dust and inspect the wiring connections. Avoid frequent deep discharges to extend the battery’s lifespan.

- FAQ -

Frequently Asked Questions Answered

Does the battery support parallel expansion?

Yes. Capacity can be expanded by connecting multiple batteries in parallel to meet higher energy demands.

What precautions should be taken during installation?

Install on a dry, well-ventilated indoor wall surface away from direct sunlight. Ensure the wall has sufficient load-bearing capacity. Installation and wiring must be performed by qualified professionals.

What is the battery's lifespan?

Under normal operating conditions, the battery can achieve over 6,000 charge cycles with a design lifespan exceeding 10 years.

- Enterprise strength -

Our advantages

CSA BATTERY-CHINA SCIENCE ASPIRING BATTERY.

Annual Production Capacity

0 GWh

Annual Business Growth

0 %

Total Employees

0 +

Countries Coverad

0 +

Employees in R&D

0 %

Continents Covered

Full-Stack Product Line and Solutions

Offering a comprehensive product portfolio spanning residential energy storage, commercial and industrial energy storage, to utility-scale containerized energy storage systems.

Leading R&D
and Smart Manufacturing

Smart Production Lines:

Automation rate exceeding 85%, integrated with MES and ERP systems for digital management.

Industrial Internet Platform:

Utilizes CSA Cloud for big data analytics, enabling product optimization and intelligent operations.

Testing Platform:

Comprehensive testing capabilities covering electrical, thermal, mechanical, safety, and BMS aspects, building a core database.

Stringent Safety and Quality Assurance

International Certifications: Products certified by UL, TÜV, CE, IEC, and other global standards.
Six-Dimensional Safety System: Comprehensive testing and early warning across battery safety, electrical safety, structural safety, management safety, fire protection, and environmental adaptability.
Liquid Cooling Technology: High-voltage liquid-cooled energy storage systems enhance efficiency and battery lifespan while reducing energy consumption by 20%.