Inverter Solar Fronius Symo 15kw -3-M full | Inverters Three-phase solar of great commercial power

Fronius Symo 15kw Full: Efficiency and Robustness Industrial for your Solar Plates

The design of a commercial photovoltaic system of 15kw Demand an electronic management core capable of supporting severe energy flows continuously. The inverter networking Fronius Symo 15.0-3-M Full It stands out for its Austrian robustness, optimizing the synchronization of the current with the three-phase network to drastically decrease the fixed electricity costs of your business.

Native communications and data management via SOLARWEB

Unlike simplified variants that require peripheral transmission accessories, inverters solar Fronius in its edition Full They incorporate a digital series ecosystem. Through your WLAN antenna or Ethernet port, the team links directly with the free portal Fronius Solar.web. This allows to analyze with millimeter precision the production of your solar panels, Record consumption patterns and monitor system alerts from any smartphone, facilitating the optimization of your productive processes during sun hours.

Snapinverter modularity and maximum performance before shadows

On Tienda Solar We value computers that simplify technical tasks. The patented architecture Snapinverter Divide the equipment into two parts: A fixed mural base where the direct current wiring of the photovoltaic plates, and the power stage. In case of revision, the technician can manipulate the power stage in isolation without dismantling the cable connections, reducing the downtime of the plant. Additionally, it has the intelligent algorithm Dynamic Peak Manager, which performs constant sweeps in the power curve of each MPPT to ensure that the modules continue to operate at their maximum level before the appearance of clouds or partial shadows.

Technical specifications (Symo 15.0-3-M Full model):

• Nominal output power (AC): 15000 W

• Maximum input power (DC): 22500 W (Excellent margin to oversize the field of solar)

• Number of MPPT followers: 2

• Start voltage (DC): 200 V

• Nominal input voltage (DC): 595 V

• Maximum input voltage (DC): 800 V

• Maximum input current (MPPT1 / MPPT2): 33.0 A / 27.0 A (designed for high industrial streams)

• Short circuit current (MPPT1 / MPPT2): 49.5 A / 40.5 A

• Nominal output current (AC): 21.7 a

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

• Degree of environmental protection: IP65 (total resistance to dust and water to the weather)

• Serial connectivity: Datamanager, WLAN, Ethernet, Modbus TCP / RTU and Interfaces Fronius Solar API

• Refrigeration system: Intelligent forced ventilation (Active Cooling)

• Net weight of the team: 43.4 kg

Frequently Asked Questions (FAQ)

1. Why is the high entry current important in this 15KW model? Unlike inverters conventional commercial, the Fronius Symo 15kw supports up 33a In your main MPPT. This capacity does it perfectly compatible with the solar Bifacials of last generation and large format, which generate high currents.
2. Can I connect lithium batteries to this inverter commercial? The inverters solar line Fronius Symo standard are classified as inverters connecting to pure network and do not support direct coupling lithium batteries. If your project requires industrial accumulation, we suggest you get in touch with our technical service to study a compatible configuration.
3. How does this equipment avoid the pouring of energy to the electrical network? If your installation produces surplus energy and your photovoltaic plant is not yet legalized or the regulations prohibit export, the inverter Automatically reduces its performance in milliseconds to supply only the actual consumption of the machinery, ensuring a zero injection.
4. What advantage does active cooling have in industrial environments? When operating continuously by managing 15000W, the thermal components release heat. The system Active Cooling Expel the hot air forcedly through software-controlled ventilation. This prevents high temperature efficiency losses (derating) and lengthen the durability of the electronics of these inverters solar.