FoxESS
FoxESS - H3-12.0-E 12kW / Hybrid Inverter
Product Code: FOXESS-H3-12.0-E-3PH-HYBRID-INVERTER
€1,099.00
+ VAT based on country
The FoxESS H3-12.0-E is a 12 kW three-phase hybrid inverter with dual MPPT, high-voltage battery support, and advanced monitoring for efficient solar energy management.
Key Features
- AC nominal output of 12000 W
- Three-phase grid connection
- 2 MPPT trackers
- Max PV voltage up to 1000 V
- Maximum efficiency up to 98.0%
- WiFi monitoring included
- Optional LAN / 4G / GPRS communication
- RS485 interface
- App and web monitoring support
- Hybrid inverter with battery support
- Max charge/discharge up to 12 kW
- Dynamic energy management
- Supports parallel operation (up to 10 units)
- Wall-mounted design
- Dimensions: 519 × 449 × 198 mm
- Weight: ~31 kg
- Indoor and outdoor installation (IP65)
- DC and AC surge protection (Type II)
- Anti-islanding protection
- Overcurrent and overvoltage protection
- Residual current monitoring
- Residential photovoltaic systems
- Commercial solar installations
- Hybrid energy storage systems
- Self-consumption optimization
- Backup-ready solar systems
Technical Specifications
General
- Brand
- FoxESS
- Model
- FoxESS - H3-12.0-E 12kW / Hybrid Inverter
- SKU
- FOXESS-H3-12.0-E-3PH-HYBRID-INVERTER
- Power Output
- 12000 W
- Voltage
- 160–950 V
- Efficiency
- 98.0%
- Dimensions
- 519 × 449 × 198 mm
- Weight
- 31 kg
- Warranty
- 120 months
Technical
- Battery Type
- Lithium (LFP)
- Battery Voltage
- 180–600 V
- Max Charge Current
- 26 A
- Max Discharge Current
- 26 A
- Input Voltage
- up to 1000 V DC
- Output Voltage
- 3~ 400 V AC
- Frequency
- 50/60 Hz
- MPPT Range
- 160–950 V
- Max PV Power
- 15000 W
- Max PV Voltage
- 1000 V
- Max PV Current
- 32 A / 16 A
- Nominal Power
- 12000 W
- Peak Power
- 13200 VA
- Surge Power
- 15000 VA
- Transfer Time
- <20 ms
- THD
- <3%
- Power Factor
- 0.8–1
- Operating Temperature
- -25°C to +60°C
- Protection Rating
- IP65
- Cooling
- Natural fan cooling
- Noise Level
- <45 dB
- Certifications
- EN 62109, EN 50549, CE
- Compatibility
- High-voltage batteries (FoxESS)
- Communication
- WiFi, RS485, LAN (optional), 4G (optional)
- Display
- LCD
- Monitoring
- App, web portal
- Parallel Capability
- Up to 10 units
- Grid Tie
- Yes, with anti-islanding protection
- Charging Modes
- Solar, Grid
- Installation Type
- Wall-mounted
- Mounting Options
- Wall bracket
The FoxESS H3-12.0-E is a high-performance three-phase hybrid inverter designed for residential and commercial photovoltaic systems, delivering efficient energy conversion and flexible energy storage integration. It enables users to maximize solar energy usage both day and night by combining PV generation with battery storage.
Equipped with two MPPT trackers and a wide input voltage range, the inverter ensures optimal energy harvesting even in complex installations. It supports high-voltage lithium battery systems and offers seamless charge and discharge functionality, allowing improved self-consumption and energy independence.
Built with advanced monitoring capabilities, the system supports remote management via app or web portal, providing real-time performance tracking and system control. Its IP65-rated enclosure ensures reliable operation in both indoor and outdoor environments, making it suitable for a wide range of installations.
Core Electrical Characteristics
- AC nominal output of 12000 W
- Three-phase grid connection
- 2 MPPT trackers
- Max PV voltage up to 1000 V
- Maximum efficiency up to 98.0%
Connectivity and Integration
- WiFi monitoring included
- Optional LAN / 4G / GPRS communication
- RS485 interface
- App and web monitoring support
System Performance and Control
- Hybrid inverter with battery support
- Max charge/discharge up to 12 kW
- Dynamic energy management
- Supports parallel operation (up to 10 units)
Design and Installation
- Wall-mounted design
- Dimensions: 519 × 449 × 198 mm
- Weight: ~31 kg
- Indoor and outdoor installation (IP65)
Safety and Compliance
- DC and AC surge protection (Type II)
- Anti-islanding protection
- Overcurrent and overvoltage protection
- Residual current monitoring
Typical Applications
- Residential photovoltaic systems
- Commercial solar installations
- Hybrid energy storage systems
- Self-consumption optimization
- Backup-ready solar systems
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