Three-phase hybrid inverters

Solution for sites with high consumption and three-phase power supply

Three-phase hybrid inverters are designed for higher-power photovoltaic systems that combine solar energy production, direct consumption and battery storage. They are suitable for sites with three-phase power supply where stable operation, higher power and efficient management of the generated electricity are required.

This type of inverter is a good choice for high-use homes, commercial buildings, manufacturing facilities, warehouses, retail outlets, farms, and industrial installations. They allow the energy produced by solar panels to be used in real time, stored in batteries, or managed according to the needs of the specific site.

How does a three-phase hybrid inverter work?

The three-phase hybrid inverter converts the direct current from the photovoltaic panels into alternating current and distributes it between the three phases of the electrical installation. It also manages the charging and discharging of the batteries, allowing for more efficient use of the solar energy produced.

When the system produces more energy than the site currently consumes, the excess can be stored in a battery. This energy can later be used in the evening, at night, during peak demand or at times when the production from the solar panels is lower.

Who are three-phase hybrid inverters suitable for?

Three-phase hybrid inverters are suitable for users who want greater energy independence and better control over electricity costs. They are particularly practical for sites with high daytime and evening consumption, as well as for systems where it is important to store some of the energy produced.

They are suitable for:

• houses with three-phase power supply and high consumption;
• production bases;
• warehouses and logistics centers;
• agricultural sites;
• hotels and restaurants;
• commercial buildings;
• office buildings;
• industrial installations;
• sites requiring a battery system.

Advantages of three-phase hybrid systems

The main advantage of the three-phase hybrid inverter is the ability to manage higher power and at the same time provide energy storage. This makes the system more flexible and more efficient compared to a standard grid-connected photovoltaic system without batteries.

In business and industrial sites, batteries can help to better utilize the energy produced and optimize consumption across time zones. In households with three-phase power, a hybrid inverter allows for higher self-consumption and less dependence on the grid.

The main advantages include:

• they are suitable for powerful photovoltaic systems;
• operate with three-phase power supply;
• allow energy storage in batteries;
• provide higher self-consumption;
• effectively manage energy between panels, battery, grid and site;
• they are suitable for home, business and industry;
• enable monitoring and intelligent management.

What to check before choosing?

When choosing a three-phase hybrid inverter, it is important to consider the power of the photovoltaic system, the capacity and type of batteries, the number of MPPT inputs, the operating voltage range, backup power capabilities, and compatibility with other components.

Not every inverter is compatible with every battery, so choosing the right system is key. A well-designed hybrid system should be tailored to both current demand and future development of the site.

Professional solutions from SicoSolar

SicoSolar offers three-phase hybrid inverters for various sizes of photovoltaic systems. Our team can assist you in selecting the appropriate model, compatible batteries, solar panels and overall configuration according to the needs of the site.

With a properly selected three-phase hybrid inverter, you get higher efficiency, greater flexibility, and better control over the produced and stored solar energy.