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PowerUNO - FIMER

PowerUNO
 
Single-phase inverter ideal for both new and existing photovoltaic systems, ensuring a quick and easy installation.
 
 
Best flexibility
  • Hybrid inverter, suitable for DC or AC side installation
  • Backup power up to 6 kW

Best installability
  • Plug & Play connectors
  • Integrated spirit level

Best safety
  • Patented arc-fault detection
  • Patented RCD (Residual Current Device)

Best connectivity
  • Integrated Wi-Fi, Ethernet, and USB

PowerX
  • Compatible with FIMER’s PowerX battery to maximize self-consumption.
 
 
Coenergia Codes
FI-HY5000-1PH: Single-phase hybrid inverter, 5000 Wac, 2 MPPT, integrated Wi-Fi and LAN datalogger, RS485, DRM0/5, load management relay, backup mode, Arc-Fault protection, DC switch, push-click connectors.
FI-HY6000-1PH: Single-phase hybrid inverter, 6000 Wac, 2 MPPT, integrated Wi-Fi and LAN datalogger, RS485, DRM0/5, load management relay, backup mode, Arc-Fault protection, DC switch, push-click connectors.
FI-METER-1PH: Meter for single-phase hybrid POWER-UNO inverters.
 
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FIMER POWERUNO

Key features:
  • No specific commissioning tool required – up to 40% time saving during installation
  • Future-proof hybrid inverter
  • Built-in Ethernet and Wi-Fi connectivity – 24/7 real-time monitoring
 
 
FIMER PowerUNO & PowerX
With its compact design and innovative high-power technology, FIMER PowerUNO is the single-phase hybrid inverter that redefines residential energy efficiency.
As part of the new Power Platform, PowerUNO offers high power density in a small footprint, ensuring faster and easier installation than any other solution on the market.
When combined with the modular PowerX battery, it creates a complete system for residential self-consumption.
 
Thanks to its expandable architecture, PowerX allows storage capacity to be increased up to 30 kWh, with three modules per battery and two batteries connected together.
The inverter’s high maximum charge power enhances the system’s energy storage capability, allowing you to harvest and store more power, reduce consumption peaks, and ensure energy continuity even during blackouts.