Inverter Solar Fronius Symo 8.2KW -3-M Light | Inverters Three-phase network connection solar

Fronius Symo 8.2kw Light: Premium performance and flexibility for your three-phase network

The start-up of a photovoltaic system of 8200w requires a inverter Robust network capable of managing high energy volumes with total stability. The Fronius Symo 8.2-3-M Light I grow up this purpose, synchronizing the continuous current of the solar panels With the three-phase property network, protecting the installation against short circuits or thermal peaks under the demanding regulations of the CE certificate.

Economic and operational advantages of the Light series

Unlike Full variants, inverters solar line Light They do not include the internal communications card for WLAN or Factory Ethernet. This strategic configuration significantly reduces the purchase price of the equipment, making it the perfect choice for projects where remote visualization on the mobile is not a priority, or in medium commercial facilities where several inverters They work in parallel and only a main unit that acts as a data gateway towards the portal is needed Solar.web.

Snapinverter design and high efficiency double MPPT

On Tienda Solar We select components that simplify both the installation and the useful life of the system. Thanks to the patented modular architecture Snapinverter, the inverter it is coupled on a fixed wall support where all the wiring of the photovoltaic plates. This allows to remove the power stage quickly and safely in case of maintenance without altering physical connections. Also, when having 2 independent MPPT followers, assimilates without problems covered with different orientations (as East-West structures). In the presence of clouds or partial shadows caused by chimneys, its intelligent algorithm Dynamic Peak Manager Performs periodic sweeps in the I-V curve to ensure the system's ideal operating point.

Technical specifications (Symo 8.2-3-M Light model):

• Nominal output power (AC): 8200 W (8.2 kW)

• Maximum input power (DC): 16400 w (excellent margin 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): 24.0 A / 24.0 A

• Nominal output current (AC): 11.8 A (balanced distribution in three-phase networks)

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

• Degree of environmental protection: IP65 (suitable for outdoor assembly)

• Serial communications: Light Version (Datamanager / WiFi Factory / Expandable Wifi WiFi)

• Refrigeration technology: Intelligent forced ventilation (Active Cooling)

• Net package of the package: 21.9 kg

Frequently Asked Questions (FAQ)

1. What is the real difference between this model 8.2kw "Light" and the "Full" version? Both of them inverters Solares exactly share the same power components, electrical protections and mechanical robustness. The only difference is commercial: the model Light Does not include the DataManager card installed to connect to the Internet by WiFi or Ethernet, which remarkably harves its acquisition cost.
2. Can I connect lithium batteries directly to this inverter of 8200W? Not directly. The range Fronius Symo standard encompasses inverters solar of connection to pure network and does not have a specific entry for loading lithium batteries. If you require a three-phase system with storage capacity, we suggest you explore our section of inverters hybrid.
3. How does Zero injection work in the LIGHT series? To avoid the displeasure of external power grid (for example, if the legalization procedures of your solar panels they are in process), the inverter It instantaneously reduces its production to cover only the actual demand. Being the LIGHT model, to perform this function requires the external installation of a compatible measuring accessory.
4. Why is the Active Cooling a great advantage in this inverter solar? By transforming high currents to generate 8200W, the thermal components release heat. The system Active Cooling Emphas intelligent internal fans that forced disiliates that room temperature. This avoids heat efficiency losses by heat (derating) And substantially lengthens the useful life of all electronics.