SOLAX POWER HÍBRIDO X1 3.0KW Üksik Faas Kolmas põlvkond

Kirjeldus SOLAX POWER HÍBRIDO X1 3.0KW Üksik Faas Kolmas põlvkond

The SOLAX POWER H BRIDO X1 3.0KW SINGLE PHASE 3rd GEN. It is a single-phase inverter with a maximum output power of 3000VA capable of working with high-voltage lithium batteries. The SOLAX POWER H BRIDO X1 3.0KW SINGLE-PHASE 3rd GEN. inverter has the great advantage of being able to be expanded both in output power by adding the same inverter model connected in parallel, and in stored energy by adding batteries up to a maximum voltage of 400V.

The SOLAX POWER H BRIDO X1 3.0KW MONOPH SICO 3rd GEN. inverter has an output power of 3,000VA and allows to combine the production of the solar panels with the electrical network and batteries, so it acts as an intelligent energy manager that prioritizes the consumption of the photovoltaic installation and guarantees that the home always has an energy supply, either from the solar panels or from the electrical network. In addition, this inverter can be connected to batteries that work between 90V and 400V, that is, high-voltage batteries to store the excess energy produced by the solar panels and have energy autonomy also on days with less solar radiation and at night, so dependency on the electricity grid is reduced.

The entire range of SolaX X1 Hybrid inverters, including the 3.0T model, are single-phase.

The SOLAX POWER H BRIDO X1 3.0KW SINGLE-PHASE 3rd GEN. inverter incorporates 2 MPPT trackers, each with an input to be able to use 2 series of panels with different orientation. Thanks to its separate regulators, we will make the most of solar production, even if the series have different orientations.

This 3000VA output power inverter has a quick start, thanks to its low voltage start. As soon as the voltage starts, the inverter transforms the power to generate electricity. This means a considerable gain in performance for your photovoltaic installation.

The real-time monitoring of the inverter is very easy to use as long as the inverter is connected to a Wi-Fi network . The SolaX Pocket Wifi accessory(not included ), must be purchased separately from the inverter. The data is transmitted free of charge to the Solax servers and you can see the real-time performance of your installation on the smartphone app. The ideal solution to evaluate the efficiency of your solar panels, batteries and the performance of the photovoltaic installation in real time.

The inverter includes high-voltage battery management, that is, the SOLAX POWER H BRIDO X1 3.0KW SINGLE PHASE 3RD GEN is the first inverter suitable for the intelligent management of the charging and discharging of your 450 V batteries. You can define the recharging source of your battery (for example, with panels solar only or exclusively from the electricity grid). You can also define a recharge time for the batteries (for example, during off-peak hours). By default, the Solax inverter prioritizes the sources of electricity firstly from the panels, secondly from the batteries and finally takes the electrical network as its energy source. This priority can be modified in the inverter configuration.

The SOLAX POWER H BRIDO X1 3.0KW MONOPH SICO 3rd GEN inverter can work without mains electricity thanks to its EPS output, since It works between two sources of electricity: solar panels and solar batteries.

This inverter works in three ways:

• < strong>Isolated mode: It is the traditional one in isolated solar installations, the inverter generates an alternating current network and acts as network manager. Control the flow of energy between the network and the batteries.
• Back Up Mode: This type of system is designed for places where the network drops frequently and for a long time when this happens the hybrid inverter operates connected to the alternating network in order to guarantee a source of energy, the inverter is dedicated to keeping the batteries charged during the times when there is network, and when it goes down, the inverter takes the energy from the batteries in order to be able to spend the hours when the grid is down.
• Self-consumption mode: This is the way we will use this inverter on a regular basis, it is about consuming energy directly from the panels while we have sun at that time, in the event that the panels produce more energy than we are consuming, they are used to charge the batteries, so they can be used during the night hours.