FoxEss P3-10.0-SH Asymmetric Hybrid Inverter 10kW - 3 Phase

When selecting an inverter, the most important aspects are the system size, type, and future expandability.

First, the inverter must be matched to the power and voltage range of the solar panels, and it must also be considered whether the system will be connected to a single-phase or three-phase grid. It is also worth thinking ahead about whether you want to add a battery later, as this requires a suitable (hybrid) inverter.

For three-phase systems, a significant difference exists between symmetric and asymmetric operation. A symmetric inverter distributes power evenly among the phases, while an asymmetric inverter can regulate it differently per phase, according to actual consumption.

The latter solution is more efficient in most households, as it better adapts to daily consumption patterns and can reduce the amount of energy drawn from the grid.

It is worth choosing a hybrid inverter if you are thinking about developing the system in the long term.

This type is an ideal solution if you want to build a battery energy storage system in the future, or if it is important for you to have power supply even in the event of a power outage (with a backup function).

Although hybrid inverters initially represent a higher investment, they are more flexible and allow for later expansion of the system without the need for a complete inverter replacement.

Therefore, it is especially recommended for those who want to optimize their energy consumption and increase energy independence in the long term.

In the event of a power outage, whether there will be electricity depends on the inverter type and the system's design.

Traditional grid-tied (on-grid) inverters automatically shut down in such cases and therefore do not provide power for safety reasons, even if the solar panels are generating.

Hybrid inverters – with an appropriate battery – are capable of off-grid (backup) operation, but this is not always a basic function. For many systems, a separate backup box or EPS (Emergency Power Supply) output/add-on is required for the system to operate during a power outage.

With such a design, the inverter disconnects itself from the grid and continues to supply designated consumers (e.g., lighting, refrigerator, essential devices) with the help of the battery.

Therefore, if continuous power supply is important, it is worth checking during the planning phase whether the given inverter supports the backup function and if an additional unit is needed.

Inverter warranties vary depending on the manufacturer and model.

In most cases, a 5-10 year manufacturer's warranty applies, which can be extended with some manufacturers through registration or a separate extension.

The exact warranty period and conditions are specified for each product, allowing them to be clearly checked before purchase.

If you are unsure about your choice, we can help you find an inverter that provides a reliable long-term solution.