(Copy)Hybrid inverter three-phase, 12 kW, FOX H3-12.0-E, 2 MPPT, IP65 (high-voltage)

The FOX H3-12.0-E is a powerful 12 kW three-phase hybrid inverter that supports dual MPPT tracker and built-in uninterruptible power supply (UPS) function. This inverter allows you to efficiently convert the DC power from your solar panels into AC power to power your energy system or transfer excess energy to the grid. It provides stable operation both in stand-alone mode and when connected to the grid, making it an ideal solution for private households, commercial and industrial facilities.

Main advantages:
High efficiency: The inverter's efficiency is up to 98%, which allows you to maximize the use of solar energy.
Hybrid capabilities: The inverter supports battery operation, which allows you to store energy for later use.
Two MPPT trackers: This allows you to optimize the performance of the solar system, even if the panels are located at different angles or on different parts of the roof.
Wide voltage range: The MPPT range of 160 to 950 V allows you to customize the system to suit your specific operating conditions.
Protection: The IP65 rating ensures safe operation in high humidity and dust environments, which ensures the durability and reliability of the device.
Wi-Fi monitoring: The built-in Wi-Fi module allows for remote monitoring and management via the FoxCloud platform, providing convenient access to your system data.
Scalability: The ability to connect multiple inverters in parallel allows you to increase the system capacity for large facilities.

Application:
Residential households: Increases energy independence and reduces energy costs.
Commercial facilities: Provides a stable source of energy for offices, shops, warehouses and other businesses.
Solar farms: Ideal for large solar installations where high efficiency and scalability are required.
Industrial facilities: Helps to reduce energy costs and optimize energy consumption.
FOX H3-12.0-E is a powerful and reliable solution for creating efficient solar energy systems that allows you to control energy consumption and ensure a high level of energy autonomy.