Inverter Solar Fronius Symo hybrid 4.0kw-3-S | Inverters Three-phase solar with battery management

Fronius Symo Hybrid 4.0KW: Energy Optimization and Intelligent Storage

The design of an efficient three-phase system with views of the future requires a component capable of managing the generation and accumulation simultaneously. The inverter solar Fronius Symo hybrid 4.0-3-S is in charge of coordinating intelligently the electricity captured by your solar, directing it towards the consumption in real time of the house or diverting the production surpluses to recharge your lithium batteries Face at night hours.

Avant-garde compatibility and advanced monitoring

This inverter Hybrid Solar stands out for its flexibility and efficiency in high voltage storage environments. When working hands with premium accumulators leading sector, the installation takes advantage of the last watt generated. Thanks to its integrated serial communications via DataManager card (with remote connection via WiFi or Ethernet cable), the equipment automatically overturn all energy information to the free portal Fronius Solar.web. This allows you to audit with total comfort from your smartphone the status of your solar panels, the domestic consumption curves and the percentage of battery charge.

Modularity SnapinVerter and algorithm Anti-dirt

On Tienda Solar We select solutions that streamline technical work. Through patented technology Snapinverter, the fixed mural mounting base and all the electrical wiring of the photovoltaic plates They are installed independently at the power stage. If maintenance is required, the upper electronic block is removed with extreme ease without altering the physical connections of the plant. Also, to mitigate losses by partial shadows caused by clouds, trees or fireplaces, it incorporates the software Dynamic Peak Manager, which constantly evaluates the I-V curve to ensure the optimal work point of its MPPT follower.

Technical specifications (Symo Hybrid 4.0-3-S model):

• Nominal output power (AC): 4000 W (4 kW)

• Maximum input power (DC): 6500 W (Excellent margin for oversizing solar)

• Number of MPPT followers: 1

• Start voltage (DC): 200 V

• Nominal input voltage (DC): 595 V

• Maximum input voltage (DC): 1000 V

• Maximum input current (DC): 16.0

• Short circuit current: 24.0

• Nominal output current (AC): 5.8 A (calculated for optimal balance in three-phase networks)

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

• Compatible batteries: High voltage systems approved (BYD Battery-Box Premium, LG Chem Resu H, etc.)

• Degree of protection: IP65 (Suitable for assembly both indoors and outdoor protected)

• Refrigeration system: Intelligent forced ventilation (Active Cooling)

• Net package of the package: 19.0 kg

Frequently Asked Questions (FAQ)

1. What is a difference to the Symo Hybrid range of a inverter Conventional Symo? The difference lies in storage management. While conventional models are connecting to pure network, the model Hybrid account internally with the necessary hardware to control the loading and unloading lithium batteries, keeping the sunnity solar surpluses for when there is no radiation.
2. Can I connect any battery mark to this inverter of 4000W? No, this equipment is designed to work exclusively with high-voltage lithium storage technologies validated by the manufacturer, such as the range of batteries BYD or LG Chem. It does not offer compatibility with 48V standard lead-acid or lithium accumulators.
3. How does the zero injection system act Fronius? If your photovoltaic plant is not yet legalized or you want to avoid export, the inverter prioritizes diverting the excess energy of your solar at lithium batteries. If these are 100%, the equipment reduces its production in milliseconds to strictly equalize the instantaneous consumption of your home.
4. Why is active ventilation fundamental in the Hybrid series? Real-time management of the three-phase network, solar strings and chemical battery cycles generates internal heat. The system Active Cooling Use an intelligent fan that actively dissipates this temperature, avoiding overshaleming efficiency losses (derating) and extending the useful life of these inverters solar.