Inverter Solar Fronius 5.0kw-3-S Symo | Inverters Three-phase solar for self-consumption with batteries

Fronius Symo Hybrid 5.0kw: Maximum energy independence in three-phase networks

Optimally manage an advanced residential three-phase system requires an electronic brain capable of coordinating seamless generation and storage. The inverter solar Fronius Symo hybrid 5.0-3-S assume this role with solvency: directs the electricity produced by your solar towards the real-time consumption of your home and, simultaneously, store all surpluses in your lithium batteries So you have clean energy during the night or on cloudy days.

Connected ecosystem and monitoring in Solar.Web

This inverter Solar Hybrid marks the difference by its excellent management of high voltage load flows. By working in perfect tuning with first level storage marks, the system minimizes losses due to conversion. Thanks to your Integrated DataManager communications card (with wireless WiFi and Ethernet cable connectivity), the device automatically overturn all operating parameters to the free portal Fronius Solar.web. This allows you to evaluate remotely and from your mobile phone the performance of your solar panels, the demand curves and the accurate percentage of stored energy.

Advantages of the SnapinVerter system and shadow management

On Tienda Solar We bet on technologies that simplify the processes. The patented architecture Snapinverter Separate the equipment into two blocks: A fixed wall bracket where all cable connections of the photovoltaic plates, and the power stage that is easily coupled on it. This drastically streamlines any technical maintenance work. Also, if your roof has partial shadows caused by trees or chimneys, the algorithm Dynamic Peak Manager Performs a periodic scan of the I-V curve to ensure that the MPPT follower always operates at its point of maximum power.

Technical Specifications (Symo Hybrid 5.0-3-S model):

• Nominal output power (AC): 5000 W (5 kW)

• Maximum input power (DC): 8000 W (excellent ability to oversize the field of 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): 7.2 A (balanced and efficient distribution in three-phase networks)

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

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

• Degree of protection: IP65 (Total protection against dust and water aperture)

• Refrigeration technology: Intelligent forced ventilation (Active Cooling)

• Net weight of the team: 19.0 kg

Frequently Asked Questions (FAQ)

1. What advantages does the 5.0kw hymbrid hymo model offer against conventional? The main advantage is its versatility. While a inverter Standard Symo is only connecting to pure network, the variant Hybrid Incorporates the electronics necessary to manage the loading and unloading of lithium batteries, allowing to save the solar energy of the day to self-catering during the night.

2. Can I connect any 48V lithium battery to this inverter? No. This team works exclusively with high voltage lithium storage systems that are certified by Fronius, like the range of batteries BYD or LG Chem. It is not compatible with traditional stationary accumulators or 48V low voltage batteries.

3. How do you manage this hybrid Inverter Zero injection to the network? If your installation is not yet legalized or the regulation of your area restricts surpluses, the inverter prioritize sending all the remaining energy from your solar to recharge the lithium batteries. If the batteries are full, the equipment reduces its production in milliseconds to cover only the instant demand of your home.

4. Why is the Active Cooling on this 5000W equipment? By simultaneously controlling the three-phase network, the Strings of your solar panels and the battery charge cycles, the internal components release thermal heat. The system Active Cooling forced by intelligent ventilation, preventing performance losses (derating) and extending the useful life of these inverters solar.