• Capacity & Battery type: 1536Wh(25.6V/60Ah) or 1024Wh(25.6V/40Ah) LiFePO4
• AC output Voltage Range: 100-120V~, 50Hz/60Hz or 220-240V~, 50Hz/60Hz
• Rated & Peak Power: Rated Power 1800W, Peak Power 2400W
• AC Output Port: Option (US/JP/AU/UK/EU/South Africa)
• USB Output: 2x USB-C PD 100W, 4xUSB-A QC3.0 Max 18W
• DC Output: 1x Car Socket Max 108.8W, 2x DC5521 Max 108.8W
• AC input 100-120V~, 50Hz/60Hz, Max 800W 220-240V, 50Hz/60Hz, Max 1000W
• Solar input: 12-80V/10A Max 600W
• Cycle life: 3000 Cycles @≥80%

• Capacity & Battery type: 288Wh (16V/18Ah )LiFePO4
• AC output Voltage Range: 100-120V, 50Hz/60Hz or 220-240V~, 50Hz/60Hz
• Rated & Peak Power: Rated Power 500W, Peak Power 750W
• AC Output Port: Option (US/JP/AU/UK/EU/South Africa)
• USB Output: 1x USB-C PD 100W, 1x USB-C PD 30W, 1xUSB-A QC3.0 Max 18W
• DC Output: 1x Car Socket Max 108.8W, 1xDC 5521 Max 108.8W
• Charging ways: By Wall/By Car / By Solar
• AC input: 100-120V~, 50Hz/60Hz, Max 300W 220-240V, 50Hz/60Hz, Max 300W
• Cycle life: 3000 Cycles @≥80%

• AC Output Voltage Range: 100-120V~/60Hz or 220-240V~/50Hz
• DC Output: 2* USB-A QC3.0 / 2* USB-C PD3.1 Max140W
• XT60 Output: 12V/20A
• Car Charger Output: 12V/30A
• Wireless Charger Output: Rated Power 15W
• AC Input: 100-120V/Max 1200W or 220-240V /Max 1500W
• Solar/MPPT input(XT60): 12-80V/20A Max 1200W
• Weight: Approx25 kg
• Dimensions: 510x265x322mm
• APP: WiFi/Bluetooth Connection Available

The ESS system is a high-performance off-grid energy storage system. It uses high-quality lithium iron phosphate cells and is equipped with an intelligent BMS battery management system. It has long cycle life, high safety performance, good sealing, and is equipped with high-frequency off-grid inverter, built-in MPPT controller, provides efficient and reliable energy solutions for PV off-grid power generation systems, homes PV storage systems, and industrial and commercial energy storage systems. The system is equipped with a self-developed APP, supports IOS/Android mobile phones, remotely controls the charging and discharging of the ESS system, and real-time system operation data. When the system fails, it can be quickly eliminated and the effective power supply can be restored efficiently.