
2000W Bidirectional Portable Power Station XM9-2000W | Pure Sine Wave UPS Kit
XM9-2000W Bidirectional Power Kit integrates a 2000W Pure Sine Wave inverter with a 1000W high-speed AC charger. Features an automatic UPS function with <20ms transfer time, ensuring zero downtime for computers and routers. Optimized 48Vdc architecture with a PF > 0.9 delivers maximum usable power. Built-in BMS protection for high-temp environments (45°C+). Perfect for project backup in Pakistan & South Africa. Solar-ready and rugged. Inquire for wholesale pricing and ROI reports today!
Specifications
- 2000W Pure Sine Wave
- Rated Output Power
- 1000W (High-Speed)
- AC Charging Power
- < 20ms (UPS Mode)
- Switching/Response Time
- > 0.9
- PF
- 48Vdc Input
- System Voltage
- ≤93% (Inverter) / ≤91% (Charge)
- Conversion Efficiency
- Bidirectional Conversion Technology: Charging as Inverting (Bidirectional Efficiency). Traditional solutions require separate purchases of chargers and inverters, resulting in complex wiring and significant losses. The XM9-2000W employs an advanced bidirectional topology, integrating 1000W fast charging with 2000W inverter functionality into a compact chassis. This means that when mains power is restored, it can recharge at three times the speed of ordinary machines, ready for the next power outage.
- Pure Sine Wave: Protecting Your Precision Assets (Equipment Safety) Output waveform distortion rate THD < 3%, even better than mains power quality. For computers, precision medical refrigerators, or laboratory equipment with APFC power supplies, a pure sine wave is the only waveform that guarantees preventing motherboard burnout and noise generation.
- UPS-level switching with zero load awareness (<20ms switch): Built-in intelligent sensors automatically switch to battery power within 20 milliseconds (less than the blink of an eye) upon detecting a drop in mains power. This is the "last line of defense" against data loss and equipment damage for small offices, clinics, or ISP base stations in Pakistan.
- Hardcore thermal management for tropical climates: The internal control system integrates high-precision thermal sensors. When the ambient temperature approaches 45°C, the BMS automatically optimizes power distribution to prevent forced power outages due to thermal protection. This "adaptive capability" makes it more stable and longer-lasting than similar products in the high-temperature environments of the Middle East and Southeast Asia.
