Three-Phase Low-Voltage Hybrid Inverter · BE6-20KW-3PH (LV)
BEXIE BE 6-20KW-3PH (LV) three-phase hybrid inverter designed for efficient solar energy and battery storage management. High performance, smart control and maximum reliability in residential and industrial installations.
Overview
The BEXIE BE 6-20KW-3PH (LV) three-phase hybrid inverter is designed to optimise energy management in solar installations with storage. It integrates photovoltaic generation, batteries and the power grid into a single efficient, stable and scalable system.
What is a three-phase hybrid inverter?
A three-phase hybrid inverter is the central component of an advanced photovoltaic installation, in charge of managing the energy from solar panels, batteries and the power grid.
This type of inverter allows energy to be stored, self-consumption to be optimised and the power supply to be guaranteed even in the event of grid failure.
Advantages of the BEXIE hybrid inverter
- High energy efficiency in demanding environments
- Smart management of solar energy and batteries
- Compatibility with storage systems
- Stable operation in three-phase installations
- Optimisation of energy self-consumption
System applications
- High-consumption residential installations
- Industrial and commercial projects
- Photovoltaic systems with storage
- Installations requiring backup power
- Integration with smart energy management systems
Performance and capacity
The BEXIE BE 6-20KW-3PH (LV) inverter delivers an efficiency above 97%, maximising the energy production of the system. Its advanced MPPT system continuously optimises solar energy harvesting.
Its battery charge and discharge capacity ensures efficient operation for both direct consumption and energy storage.
Smart energy management
This inverter integrates advanced monitoring and control functions, automatically managing the energy flow between solar panels, batteries and the power grid.
- Prioritisation of solar consumption
- Automatic battery charging management
- Optimisation of grid usage
- Remote system control
Safety and reliability
- Overload and overvoltage protection
- Integrated electrical safety system
- Robust design for continuous use
- High durability under demanding conditions
Complete solution for self-consumption and storage
The BEXIE hybrid inverter enables the creation of complete energy systems, combining solar generation, battery storage and efficient consumption in a single solution.
Installation and compatibility
This model is compatible with multiple photovoltaic configurations and storage systems, allowing integration into new or existing installations.
To maximise its performance, we recommend combining it with
solar batteries tailored to the system’s energy needs.
Energy system optimisation
Using hybrid inverters improves overall energy efficiency, reduces dependence on the power grid and increases system autonomy.
For more information on solar energy systems, you can consult technical resources from the sector such as
IDAE.
Scalability and the future of energy
The BEXIE hybrid inverter allows the energy installation to be adapted to future needs, making system expansion easier without the need for complex structural changes.
This scalability makes it a solution ready for energy growth, in both residential and industrial environments.
In addition, its integration with monitoring systems enables long-term optimisation of energy consumption, improving the overall efficiency of the installation.
This type of solution improves the overall energy efficiency of the system, reducing operating costs and increasing supply stability in any environment.
Frequently asked questions
What is the difference between a hybrid inverter and a traditional one?
The hybrid inverter manages batteries and energy storage, while the traditional one only converts solar energy.
Can it be used without batteries?
Yes, the system can operate without batteries, although its full potential is reached with storage.
Is it suitable for industrial use?
Yes, it is designed for residential, commercial and industrial installations.
Does it provide backup power?
Yes, it can supply power in the event of a grid failure if configured properly.
Does it require maintenance?
It does not require complex maintenance, although periodic inspection is recommended.
More information
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