Types of photovoltaic inverters

There are different types of photovoltaic inverters, each with specific functions and advantages. Finding the inverter suited to your needs makes the difference in maximizing the performance of the system.

Main types of inverters for photovoltaic systems

  1. Plug & Play inverter: easy to install and use, they are ideal for those who want a simple system; they are usually used for small domestic systems. RS Single Phase RS Hybrid Single Phase.
  2. String inverters: small and versatile (compared to centralized ones), they are suitable for medium or small, commercial or industrial systems. Each string inverter manages the energy produced by a “string” of solar panels. Sirius ES.
  3. Centralized inverters: ideal for large systems. They manage the energy produced by all the solar panels in the installation, converting direct current (DC) into alternating current (AC). Sirio three-phase and Sirio three-phase HV-MT and HHV-MT.
  4. Hybrid inverters: combine the function of a normal inverter with that of a charge regulator for batteries. They are the perfect choice if you want a photovoltaic system with RS Hybrid Single-Phase RS Hybrid Three-Phase storage.
  5. Micro-inverters: These small inverters are connected directly to each individual solar panel, converting DC to AC on the spot. This helps reduce energy losses and optimize the overall efficiency of the system.

You can request a consultation with one of our experts or more information on our inverters by clicking here. You will be contacted to receive all the information you need.

Advantages of solar energy
It is an inexhaustible resource that easily combines with cutting-edge technologies, versatile, silent and efficient. It is the most powerful, the most studied and is one of the undisputed protagonists of the energy transition.
Not convinced yet? Learn more about the advantages of solar energy by clicking here

What is a photovoltaic inverter?
A photovoltaic inverter is a device that converts the direct current (DC) produced by solar panels into alternating current (AC), the form of energy that powers our everyday home and business lives.
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How does the photovoltaic inverter influence the performance of the photovoltaic system?
It must be efficient, it must be able to intelligently manage the energy load connected to it, it must offer consumption and expense monitoring systems and it must be combinable with a storage system.
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Which inverter to choose?
If you are thinking of installing a photovoltaic system on the roof of your home or your commercial or industrial business, choosing the inverter that best suits your needs is essential.
If you want to know the main characteristics of a photovoltaic inverter to take into consideration when making a choice, go here and learn more about the topic.

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