Mobile Power Station S024 2400W/2232Wh

SOUOP introduces the S024 portable power station: a robust 2400 W continuous AC inverter (2600 W peak/boost) combined with a spacious 2232 Wh battery (48 V; 46.5 Ah) for long-lasting, reliable power supply. The LiFePO4 cells guarantee safety and durability with more than 3,500 cycles to 80% (lifespan >12 years). The device supports four charging methods (AC, car, PV, or AC+PV up to 2200 W) and offers 13 outputs plus a UPS function (<20 ms). All status information and notifications appear clearly on the integrated SOUOP Smart HD LED display, while the advanced BMS provides protection against temperature, voltage, and short-circuit issues — ideal for camping, work, and emergency situations.

Key features

• Brand: SOUOP
• Battery capacity: 2232 Wh (48 V; 46.5 Ah)
• AC inverter power: 2400 W continuous, 2600 W peak (boost)
• Battery type and cycles: LiFePO4, 3500+ cycles to 80% (lifespan >12 years)

Battery capacity

SOUOP S024 has a battery capacity of 2232 Wh, listed as 48 V and 46.5 Ah. This combination of watt-hours with nominal voltage and ampere-hours allows for exact calculations of stored energy and output duration at different loads. The 2232 Wh specification is the basis for runtime calculations, compatibility checks with 48 V systems, and the dimensioning of inverter and charging profiles for technical management. The specified 2232 Wh is measured according to nominal cell voltage and includes tolerances as stated in the technical specifications of SOUOP S024.

AC inverter power

SOUOP S024 delivers 2400 W continuous power and 2600 W peak (boost) power via the internal AC inverter, specified for use with inductive and resistive loads within those limits. The specification lists continuous and peak values separately so that shutdown limits, cooling requirements, and cable sizing can be determined accurately. A UPS transfer time of <20 ms is also specified for direct AC takeover without significant voltage interruption. The inverter is designed for equal voltage references in 48 V battery systems and complies with the specified peak load tolerances. Charging options and power SOUOP S024 supports four charging methods: AC mains charger, 12/24 V car charger, PV solar panels, and combined AC+PV fast charging up to a combined charging capacity of 2200 W. The technical specification specifies both the type and maximum input charging capacity, which is essential for selecting and connecting charging systems in parallel and for planning charging times and thermal limits during fast charging. The maximum charging capacity of 2200 W applies as a combined input maximum; individual sources may have lower limits according to the SOUOP S024 specification.

LiFePO4 battery chemistry

SOUOP S024 uses a LiFePO4 battery pack with over 3,500 charge cycles to 80% capacity, which SOUOP quantifies as an estimated operational life of over 12 years under normal use. The LiFePO4 specification indicates nominal voltage characteristics, improved thermal stability, and predictable cyclic degradation rates that are important for maintenance schedules and replacement planning in technical documentation. The specification of 3,500 cycles to 80% is determined under standardized test conditions; SOUOP S024 lists this value for expectation and maintenance planning.

BMS and protection

SOUOP S024 features an advanced Battery Management System (BMS) that provides protection against over- and under-voltage, temperature limits, cell balancing, and short-circuit protection, with real-time monitoring and error messages on the integrated SOUOP Smart HD LED display. The technical specifications also include 13 outputs and status indicators for fault diagnosis, load management, and interface integration with external equipment. The BMS telemetry and error codes are specifically reported in the SOUOP S024 technical manual for system integration and logging.