EcoFlow PowerOcean Plus 25 kW Three-Phase Hybrid Solar Inverter

The EcoFlow PowerOcean Plus 25 kW is a high-voltage (HV) three-phase hybrid inverter designed for advanced self-consumption systems with backup for critical loads. Its power electronics and multi-MPPT architecture optimize production on rooftops with different orientations, while native compatibility with EcoFlow PowerOcean batteries ensures efficient and safe charge/discharge cycles.

Key Features

• Hybrid 3P 25 kW with PV↔AC management and bidirectional HV battery.
• Multi-MPPT to reduce losses from shading and mismatches.
• UPS-type backup (fast switching) for essential loads.
• Export control (zero feed-in or configurable limit).
• IP65/IP66 (depending on version) and fanless, low-maintenance design.
• Integrated protections: anti-islanding, insulation monitoring, SPD.

Main Electrical Data

• Nominal AC power (grid): 25 kW (25 kVA), 400 V 3L/N/PE, 50/60 Hz.
• Photovoltaic inputs: multiple MPPT with wide Vdc range.
• Battery: high-voltage (HV) EcoFlow PowerOcean, integrated BMS.
• Power factor: adjustable; low THD compliant with standards.

Batteries and Backup

• Compatible with PowerOcean LFP modules (HV) for high safety.
• Dedicated backup output for critical home circuits.
• Flexible operation modes: time-of-use, peak-shaving, and backup.

Communications and Monitoring

• Wi-Fi/LAN for EcoFlow portal and app; OTA diagnostics and updates.
• RS485/Modbus for external meter and export control.
• Compatible with 4G dongle (optional) for locations without fixed network.

Installation and O&M

• Wall mounting, clear wiring, and integrated DC isolator.
• Commissioning assistant in app; fast and guided startup.
• Fanless design: lower maintenance and reduced noise level.

Dimensions and Weight

• Dimensions (W × H × D): N/A
• Weight: N/A

Recommended Applications

• High-demand three-phase homes with self-consumption and backup.
• Small businesses with variable load profiles and export control.

Note for installers: Size the PV array and HV battery bank according to consumption profile; configure power factor, export limit, and time-of-use modes according to local regulations. Verify protection selectivity and short-circuit capacity in the backup circuit.