Inverter Solar Fronius Symo 7.0kw -3-M Light | Inverters Three-phase network connection solar

Fronius Symo 7.0kw Light: High photovoltaic reliability with optimized hardware cost

The development of a three-phase photovoltaic installation of 7000w It requires an energy manager of maximum confidence that guarantees long-term operational stability. The inverter Fronius Symo 7.0-3-M Light Cleascare this objective, securely synchronizing the continuous current of the solar panels With the electrical network of the property and offering advanced protections versus short circuits and overpermakers under the CE certificate standard.

Advantages of light configuration for smart grids

Unlike the models with the Full Denomination, the inverters solar range Light They do not include the internal interface for wireless connection (WLAN) or wired (Ethernet). This particularity represents an important competitive advantage in the initial budget for projects where the data visualization is not essential, or in installations of several units in parallel where only one inverter Main needs to act as communications gateway to monitor the whole set on the portal Solar.web.

Snapinverter technology and maximum performance with shadows

On Tienda Solar We select components that provide a real value to the installer and the end user. Thanks to the modular mounting system Snapinverter, the inverter it is easily coupled on a fixed wall bracket that contains all wiring of the photovoltaic plates. In this way, on any technical maintenance intervention, only the power stage is manipulated without altering physical connections. Additionally, 2 independent MPPT followers They allow designing stings in covers with different orientations or inclinations. To mitigate losses caused by clouds or fireplaces, its software Dynamic Peak Manager Performs a constant scan of the I-V curve to always fix the ideal operating point of the system.

Technical specifications (Symo 7.0-3-M Light model):

• Nominal output power (AC): 7000 W (7 kW)

• Maximum input power (DC): 14000 W (allows an excellent level of oversizing in 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): 10.1 a

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

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

• Serial communications: Light Version (Datamanager / WLAN Hardware / Non-integrated WLAN)

• Temperature management: Intelligent forced ventilation (Active Cooling)

• Net package of the package: 21.9 kg

Frequently Asked Questions (FAQ)

1. What constructive difference does this 7.0kw "Light" model have in front of the "Full" range? The inverter Solar shares exactly the same power components, robustness and electrical safety as the full range. The only commercial difference is that the version Light It does not include the factory installed the Datamanager card for WiFi or Ethernet monitoring, significantly reducing its initial price.
2. Can I connect lithium batteries to this inverter Fronius Symo 7000W? Not directly. The Standard Symo series is framed within the inverters solar of connection to pure network and does not have a load entrance to lithium batteries. If you are looking for a system with storage capacity, we advise you to check our category of inverters hybrid.
3. How is the zero injection system activated in the LIGHT series? To avoid surplus discharge to the outer electrical network, the inverter Automatically reduces its production to equalize instantly consumption of housing. When dealing with the LIGHT model, to apply this limitation, it is necessary to externally install a controller or homologated and compatible energy meter.
4. What benefits does the Active Cooling provide the electronics of the inverter? The system Active Cooling Use intelligent internal fans regulated by temperature that actively dissipate the residual heat accumulated in transistors. This avoids the performance losses suffered by inverters liabilities in hot climates (derating) and remarkably lengthens the useful life of inverter solar.