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Solar Inverters
What is a solar inverter and what is it used for?
The solar inverter is the electronic component of the solar installation responsible for transforming the direct current of the battery pack into alternating current for housing 220v to 50hz. The inverter acts as a converter and is a fundamental component of the photovoltaic installation, in isolated solar installations it is the heart of the photovoltaic installation, since without it there would be no alternative of electricity supply to the house.
The use of solar inverters is very broad and covers many sectors, but where they stand out the most for being a component of vital importance is in the sector of renewable energies and their uses in photovoltaic installations. The use to make self-sufficient farms and farms, solar water pumping for irrigation and cisterns, swimming pool treatment plants, general lighting and industrial applications.
Subcategories
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Voltronic Axpert - VM IV 5600-48 | Off-gris solar inverter
Voltronic Axpert VM IV. New fourth generation 5600W and 48V solar inverter. This new equipment includes new techniques, this new model incorporates a... -
Voltronic Axpert - VM IV 3600-24 | Off-gris solar inverter
Voltronic Axpert VM IV. New fourth generation 3600W and 24V solar inverter. This new equipment includes new techniques, this new model incorporates a... -
Sungrow Hybrid Inverter SH5K-20
Hybrid inverter Sungrow SH5K-20 5000w 48V, photovoltaic solar inverter with 2 MPPT trackers and 65A battery charger, can work in red connection systems and isolated systems. The... -
Voltronic Axpert - MKS IV 3600-48 | Off-gris solar inverter
Voltronic Axpert MKS IV. New fourth generation 3600W and 48V solar inverter. This new equipment includes new techniques, this new model incorporates a... -
Fronius Tauro 50-3-D. Solar Inverter. Three-Phase Grid Connection.
The Fronius Tauro 50-3-D, like the rest of the Fronius Tauro line inverters, is designed to operate in outdoor installations, under the most demanding... -
Sungrow Hybrid Inverter SH3K6
Hybrid inverter Sungrow SH3K6 3600w 48V, photovoltaic solar inverter with 2 MPPT trackers and 65A battery charger, can work in red connection systems and isolated systems. The... -
Voltronic Axpert - MKS IV 5600-48 | Off-gris solar inverter
Voltronic Axpert MKS IV. New fourth generation 5600W and 48V solar inverter. This new equipment includes new techniques, this new model incorporates a... -
Fronius Tauro 50-3-P. Solar Inverter. Three-Phase Grid Connection.
The Fronius Tauro 50-3-P, like the rest of the Fronius Tauro line inverters, is designed to operate in outdoor installations, under the most demanding... -
Sungrow Hybrid Inverter SH4K6
Hybrid inverter Sungrow SH3K6 3600w 48V, photovoltaic solar inverter with 2 MPPT trackers and 65A battery charger, can work in red connection systems and isolated systems. The... -
Voltronic Axpert - MAX II 8000W | Off-gris solar inverter
Voltronic Axpert MAX II. New fourth generation 8000W and 48V solar inverter. This new equipment includes new techniques, this new model incorporates a... -
Hybrid inverter 3 kW INVT BD3KTL
The Hybrid inverter INVT BD3KTL 3kW part of the iMars BD series system is a new generation of photovoltaic energy storage products based on the... -
Hybrid inverter 4,6 kW INVT BD5KTL
The Hybrid inverter INVT BD5KTL 4,6 kW part of the iMars BD series system is a new generation of photovoltaic energy storage products based on the...
There are different types of solar inverters according to the type of installation and different voltages. Among the investors in isolated facilities, we differentiate:
Pure sine wave solar inverters
The pure sine wave solar inverter is the inverter that generates electric power of the same quality as the electric network. They are the most recommended for generating the highest quality energy and similar to that generated by the electrical network.
Modified wave solar inverters
They are the least recommended for solar installations, the modified wave solar inverter imitates the current of the electrical network, but modifying it by means of diodes, generating a wave of square shape. Every day is less and less recommended installation in photovoltaic installations because they can generate faults if not configured correctly.
Charging inverters
In addition to converting the direct current into alternating current, the charger inverter fulfills the function of regulating the charge of the batteries, that is, the inverter has a built-in regulator for charging the batteries.