Inverter Solar Fronius Symo 6.0kw -3-M Light | Inverters Three-phase network connection solar

Fronius Symo 6.0kw Light: Maximum profitability and flexibility in three-phase networks

The design of a three-phase photovoltaic system of 6000w It requires rigorous power control to optimize electricity production. The inverter network Fronius Symo 6.0-3-M Light synchronize millimetrically the energy captured by your solar With the network of your property, protecting the internal components against short circuits or thermal variations to ensure a safe and durable energy flow.

Strategic advantages of the Light series

Unlike the models with the Full Denomination, the inverters solar range Light They do not include the WLAN / Ethernet communications card. This configuration allows to reduce hardware costs, offering a very attractive alternative for installations where remote instant monitoring is not a priority, or in advanced projects where several are installed inverters In parallel and it is only necessary that one of them act as a data center for the entire plant.

Snapinverter technology and double MPPT follower

On Tienda Solar We prioritize solutions that simplify fieldwork. Thanks to the patented architecture Snapinverter, the assembly is extremely agile: the fixed mural base and all cable connections of the photovoltaic plates They are installed independently of the upper power block. Also, when having 2 independent MPPT followers, the inverter Assimilate with total ease covered with east-west orientations or complex inclinations. To optimize partial shading performance (such as those caused by chimneys or trees), it incorporates the software Dynamic Peak Manager, an intelligent algorithm that is constantly looking for the best work point in the power curve.

Technical specifications (Symo 6.0-3-M Light model):

• Nominal output power (AC): 6000 W (6 kW)

• Maximum input power (DC): 12000 W (excellent capacity for oversizing solar)

• Number of MPPT followers: 2

• Start voltage (DC): 200 V

• Nominal input voltage (DC): 595 V

• Maximum input voltage (DC): 1000 V

• Maximum input current (MPPT1 / MPPT2): 16.0 A / 16.0 A

• Short circuit current (MPPT1 / MPPT2): 20.0 A / 20.0 A

• Nominal output current (AC): 8.7 a

• Network connection: Three-phase (380V / 400V)

• Degree of environmental protection: IP65 (suitable for installation both indoors and outdoor the weather)

• Communications: Light Version (Datamanager card for serial / expandable internet)

• Thermal management: Intelligent forced ventilation (Active Cooling)

• Net package of the package: 22.0 kg

Frequently Asked Questions (FAQ)

1. What constructive difference is versable 6.0kw "Light" version of the "Full"? The inverter Solar is exactly the same in terms of power, robustness and electrical protections. The only difference is that the version Light Does not include the internal DataManager card to connect to the Internet by WiFi or Ethernet. This reduces its price and allows you to acquire it separately in the future if you decide to monitor your installation.
2. Is it possible to add batteries to this inverter Fronius Symo de 6000W? Not directly. The entire Symo Conventional series is cataloged within the inverters solar of connection to pure network. They do not have a specific entry for lithium batteries. If you require photovoltaic accumulation for your three-phase housing, we suggest you explore our section of inverters hybrid.
3. How is zero injection configured to the network on this equipment? To avoid pouring energy to the outer electrical network (for example, if the legalization procedures of your solar panels they are pending), the inverter It decreases its production in real time to cover only your consumption. Being the LIGHT model, to perform this function requires the external installation of a compatible control accessory.
4. Why is Active Cooling as important in this model? The system Active Cooling It uses internal fans regulated by temperature that forced the heat of the electronics. This avoids performance losses caused by an excess of room temperature (derating) and substantially lengthens the operational life of these inverters.