Fenecon 10KW hybridi-invertteri sis. mittausvirtamuuntajan FEH033

Solar installers and system integrators working on residential or small commercial three-phase projects need an inverter that seamlessly bridges PV, battery, and grid. The Fenecon FEH033 10 kW hybrid inverter does exactly that, combining robust power conversion with flexible energy management. It comes with a current transformer (Messstromwandler) for precise energy metering, enabling smart self-consumption and zero export setups.

Key specifications

• Nominal AC output power: 10 kW, max 11 kVA, three-phase
• Max DC input power: 15 kWp, with 2 MPPTs and voltage range 150–850 V
• Battery voltage range: 180–600 V, max charge/discharge current 25 A
• High efficiency: max 98.2%, Euro efficiency 97.5%
• Protection rating: IP65 for indoor/outdoor installation
• Communication: WLAN, Ethernet, RS485, CAN
• Topology: transformerless, hybrid (on-grid/off-grid capable)
• Operating temperature: -25°C to +60°C
• Included: current transformer for energy monitoring

Why choose it

The FEH033 balances high power density with advanced connectivity, making it a future-proof choice for modern energy systems. Its dual MPPT design maximizes yield from complex roof layouts, while the wide battery voltage range ensures compatibility with Fenecon Home storage and other lithium-ion batteries. The IP65 enclosure allows flexible mounting, and the integrated current transformer simplifies installation and commissioning.

Ideal use cases

• Three-phase residential PV systems with battery backup
• Small commercial installations requiring load management
• Retrofit projects adding storage to existing solar arrays
• Off-grid or backup power applications with generator support

Good to know

The inverter supports both on-grid and off-grid operation, providing resilience during outages. Its communication interfaces enable remote monitoring and integration with energy management systems. The included current transformer ensures accurate measurement of grid import/export, essential for optimizing self-consumption and complying with feed-in regulations.