The next generation
of inverters.
Powerful and efficient.
Your partner for every phase.
With the available single-phase (3 kW to 6 kW) and three-phase (5 kW to 15 kW) models, the SOLARWATT Inverter vision covers a wide range of power requirements.
Both inverters feature a backup power function that reliably supplies your essential appliances in the event of a power outage. The three-phase inverter is especially well-suited for larger systems.
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Intelligent control.
Optimum performance.
With the optional SOLARWATT Manager, you can easily monitor and control your home energy system and the inverter. This allows you to efficiently optimise your household's self-consumption.
Additionally, the meter of the SOLARWATT Inverter vision has two communication outputs. This allows for the integration of the SOLARWATT Charger vision into the energy management system without the need for an additional meter and associated installation costs.
Maximum safety for your home.
The SOLARWATT Inverter vision offers an outstanding safety feature: the integrated Arc Fault Circuit Interrupter (AFCI). This system reliably protects against dangerous arcs that can occur due to defective or damaged photovoltaic modules, cables, or connectors.
Arcs in a DC network cannot extinguish themselves and pose a significant fire risk. The advanced detection technology of the inverter identifies such hazards early, enhancing the safety of your solar system.
With our inverters, you are choosing a high safety standard to protect your home or facility from potential fire hazards.
Overview of photovoltaic inverters
The SOLARWATT Inverter Vision is a type of multi-string hybrid inverter. These inverters can manage multiple strings of solar modules simultaneously.
In addition to converting solar power into alternating current, they also handle the integration and control of battery storage. This enhances both the efficiency of solar power usage and the storage and utilisation of energy within the household.
Solarwatt offers the solution for every privately operated solar system to convert the energy generated into alternating current using inverters.
With string inverters, shading and different outputs of individual modules only have a minor impact on the output of the solar system. This is because modules with the same output can be connected together in a string. One or a few strings run together in the device, which is suitable for small to medium-sized PV systems.
You can also purchase multi-string inverters from Solarwatt. With these inverters, several strings are brought together in the device. So-called MPP trackers (maximum power point trackers) then continuously determine the ideal operating point of the individual strings. Multi-string inverters are an alternative to string inverters for larger solar systems or where the solar arrays have different orientations.
A string is a series connection of several solar modules of an electricity generator. This means that several modules of a photovoltaic system are connected in series via a solar cable. This string is then connected to an inverter.
MPP trackers determine the point on the current-voltage characteristic curve of a string at which the solar module has the highest output. Temperature, solar radiation and module properties have a major influence on this optimum. The MPP trackers ensure that solar systems have the highest possible overall efficiency.
Photovoltaic systems that are not connected to the public grid are referred to as stand-alone systems.
They require special inverters, known as stand-alone inverters, which convert the direct current from the modules into alternating current and are in turn supplied from a battery.
There is no need for direct current cabling for the modules. A single-phase inverter is connected to each individual module.
Due to the large number of inverters required, this type of installation is rather rare, but is particularly useful for systems whose modules have different outputs or are aligned differently.
Module inverters are particularly suitable for small systems.
These devices are particularly suitable for large systems. The orientation and inclination of the modules are largely the same.
Good efficiency levels are achieved and the inverter is easy to maintain.