9.6 kW Interactive Hybrid Inverter for CFE Grid Interconnection with 220 VAC Output.

Solar energy storage to reduce your energy bill

Our HY3 series hybrid inverters provide a way to store surplus solar energy in a battery storage system and then use it as and when you like, day or night. As a result, you can increase your self-sufficiency to over 80%, reducing your energy bill while creating a backup power source that is always available.

It is an effective way to ensure that clean, free energy is always available, even at night or during power outages.

Overview

This is a multi-functional inverter that combines the functions of an inverter, solar charger, and battery to provide uninterruptible power support.

Its comprehensive LCD display offers user-accessible and configurable button operation, such as battery charging, AC/solar charging, and acceptable input voltage based on different applications.

Main features

• Supports 120/240Vac systems
• Self-consumption and grid feed-in
• Auto-restart while AC is recovering
• Programmable supply priority for battery or grid
• Multiple programmable operation modes: On-grid, off-grid, and UPS
• Battery charging voltage/current configurable based on applications via LCD settings
• Configurable AC/Solar/Generator charger priority via LCD settings
• Compatible with grid voltage or generator

Additional features

• Overload/overtemperature/short-circuit protection
• Smart battery charger design for optimized battery performance
• With limit function, preventing excess power overflow to the grid
• WIFI monitoring support and built-in 2-string MPP trackers
• Intelligently configurable three-stage MPPT charging to optimize battery performance
• Time-of-use function
• Smart Charging function

Important note regarding power generation

At some sites, the type of power grid may affect the equipment's performance. If, after installation, you notice that the inverter is exhibiting abnormal behavior, a special adjustment by the provider may be necessary. Once the equipment is installed and operating, this adjustment is carried out within 1 to 4 business days, depending on site conditions.