Solar Inverters for Installers
Hybrid, Backup and Grid Inverters
Solar inverters are the central component of any photovoltaic system: they receive the direct current (DC) energy produced by the solar panels and convert it into alternating current (AC), ready to power equipment, charge batteries, or inject energy into the electrical grid.
At PV Partner you will find a technically rigorous selection of photovoltaic inverters, from on-grid models to hybrid and backup solutions, suitable for residential, commercial and industrial installations. Only hybrid inverters with built-in backup and batteries allow the photovoltaic system to continue powering the house in the event of a blackout (failure of the public electricity grid).
We work with leading brands such as Huawei, Fox ESS, and Victron Energy, ensuring reliability, efficiency, and compatibility with the main photovoltaic solar energy systems.
The available inverters typically feature efficiencies between 97% and 98%, advanced communication, remote monitoring, and intelligent protection against power failures, ensuring continuous system performance.
If you are looking for reliable and efficient solar inverters, at PV Partner you will find robust and integrable solutions, whether you are an installer or a user who wants to understand the differences between a grid-tied inverter and a hybrid inverter. Single-phase and three-phase models are available, as well as options with backup function and inverters compatible with lithium batteries.
Whether it's a solar power inverter for a residential project, a three-phase solution for a business, or a 5 kW / 10 kW hybrid inverter for self-consumption with batteries, you can count on PV Partner to filter the options and help you find the right equipment, with specialized technical information.
Frequently Asked Questions about Solar Inverters
A solar inverter converts the energy from solar panels, in direct current (DC), into alternating current (AC), allowing it to power equipment and integrate the system into the electrical installation.
A hybrid inverter allows the use of batteries, stores energy, and, when equipped with integrated backup, provides electricity during power grid failures (blackouts). A grid-tied inverter only works when connected to the installation and does not store energy.
Most homes require an inverter between 3 kW, 6 kW, and 10 kW, depending on consumption, the number of solar panels, and the type of installation (single-phase or three-phase). Ideally, the inverter should be chosen based on the total power of the panels and the daily consumption profile.
If the electrical installation in your home or business is single-phase (230V), you should use a single-phase inverter. If the installation is three-phase, you must use a three-phase inverter, which typically has a power rating of 3kW to 10kW depending on the home or business's consumption.
It's not mandatory. Grid-connected inverters operate without batteries and send power directly to the installation. Hybrid inverters, on the other hand, allow operation with or without batteries. If batteries are included, they offer the option of storing energy for consumption during times without solar production or when there are power outages.
Yes, in some cases. An inverter connected to the grid or to a battery (in the case of hybrid or off-grid models) can connect and communicate, but it does not produce solar energy without panels. In this situation, it only generates energy that comes from the electrical grid or the storage system.
The PV Partner team provides specialized technical information to help you size your system, choose between grid-tied, hybrid, or off-grid inverters, and ensure compatibility with panels, batteries, and other components. If you are looking to buy an inverter for solar panels or need professional guidance, we are available to assist you.
Compatible with solar panels and batteries.
Types of installation (on-grid, hybrid, off-grid).
System sizing.
Differences between brands and product ranges.
Nota This technical consulting service is paid, and the corresponding amount is always presented for approval before we proceed with the analysis.