Introducing the improved RIVER portable charging station – the updated RIVER 2 Max!

The RIVER 2 Max, with a 512Wh capacity and an upgraded lithium iron phosphate (LiFePO 4) battery, guarantees 3,000+ cycles with 80% capacity retention. It features advanced BMS protection for voltage, current, and temperature monitoring. This equates to over 10 years of daily use. The station powers up to 99% of your devices.

Backup power source for your home, EPS system

Automatic switching from the centralized grid to the charging station takes <30 ms in the event of a sudden power outage. Ensure a constant power supply for 80% of your home's appliances.

Powerful and lightweight: optimized weight for even more convenience
The new RIVER 2 Max station features a versatile, simple design and a compact weight of 6 kg. Compared to the previous version, it RIVER 2 Max is 30% lighter.

The fastest charging on the market: 0%-100% in 60 min

Fast charging station with revolutionary X-Stream technology: 0-80% in 50 min and 0-100% in 60 minutes. And this is 5 times faster than other power stations on the market. Always be prepared for emergency power outages or unplanned trips.

Ecological and efficient charging station with solar panels

By connecting the EcoFlow Solar Panel 220 W solar panel, charge the portable charging station within 3 hours. Achieve the best charging performance with an intelligent MPPT (Maximum Power Point Tracking) algorithm that actively detects voltage and current in real time to reach the maximum power point with 98% efficiency.

Remote control

Quickly connect and control the RIVER 2 Max station remotely from your smartphone via Wi-Fi or Bluetooth. Easily check charging data, settings, and turn devices on/off.

*The station capacity is indicated as a characteristic of the built-in battery. The station's operating time may vary depending on the conditions of use: connection method, load, and ambient temperature. A portable charging station is a high-tech device with control and energy generation modules, cooling systems, etc., as well as a built-in battery pack that powers all of these modules of the device itself. Consequently, some of the battery's energy is used to maintain the station's functionality, which must be taken into account when calculating the operating time from a single full charge.