Set 2in1 Three-phase inverter SOFAR 110KTL + 220 pcs. AKCOME panels SK9611M-500W
Manufacturer: SOFARSOLAR
Cat. number: 110KTL-SK9611M
Price: 25,635.60€ 50,138.88лв. Ex Tax: 21,363.00€ 41,782.40лв.
Grid inverter SOFAR 1100TL-G3 single-MPPT 1.1kW
Manufacturer: SOFARSOLAR
Cat. number: 11.34.341.0175
Price: 373.66€ 730.82лв. Ex Tax: 311.38€ 609.01лв.
Mains three-phase inverter SOFAR 12KTL-X dual-MPPT 12kW
Manufacturer: SOFARSOLAR
Cat. number: 11.34.341.0234
Price: 1,514.86€ 2,962.81лв. Ex Tax: 1,262.38€ 2,469.00лв.
Single-phase inverter with HD-Wave, 2.2kW SE2200H-RW000BNN4
Manufacturer: SolarEdge
Cat. number: 11.34.341.0044
Price: 1,097.03€ 2,145.60лв. Ex Tax: 914.19€ 1,788.00лв.
Solar inverter Huawei SUN2000-30KTL-M3
Manufacturer: Huawei
Cat. number: SUN2000-30KTL-M3
Price: 2,193.60€ 4,290.31лв. Ex Tax: 1,828.00€ 3,575.26лв.
Solar inverter Huawei SUN2000-36KTL-M3
Manufacturer: Huawei
Cat. number: SUN2000-36KTL-M3
Price: 2,504.40€ 4,898.18лв. Ex Tax: 2,087.00€ 4,081.82лв.
Solar inverter Huawei SUN2000-36KTL-M3
Manufacturer: Huawei
Cat. number: SUN2000-40KTL-M3
Price: 2,641.20€ 5,165.74лв. Ex Tax: 2,201.00€ 4,304.78лв.
Solar inverter Huawei SUN2000-36KTL-M3
Manufacturer: Huawei
Cat. number: SUN2000-50KTL-M3
Price: 2,648.40€ 5,179.82лв. Ex Tax: 2,207.00€ 4,316.52лв.
Solar inverter Huawei SUN2000-36KTL-M3
Manufacturer: Huawei
Cat. number: SUN2000-100KTL-M2 (AFCI)
Price: 4,184.40€ 8,183.98лв. Ex Tax: 3,487.00€ 6,819.98лв.
Grid-tie inverters are a key component in any grid-tied photovoltaic system. They convert the direct current produced by solar panels into alternating current, which can be used to power a home, office, manufacturing facility or commercial facility. A properly selected grid-tie inverter ensures high efficiency, stable operation and optimal use of the solar energy produced.
In the SicoSolar grid-tie inverter category, you will find solutions for photovoltaic systems of various scales - from compact home installations to powerful systems for business and industrial applications. Single-phase grid-tie inverters are available for sites with single-phase power supply and three-phase grid-tie inverters for larger systems with higher consumption and a three-phase electrical network.
What is a grid-tie inverter?
The grid-connected solar inverter works in sync with the electrical grid. Its task is to convert the energy from the photovoltaic panels so that it can be used directly by the electrical appliances on the site. When the system produces enough energy, the consumption from the grid decreases, which leads to lower electricity costs.
This type of inverter is a preferred choice for users who want to optimize their electricity costs through a battery-free photovoltaic system. They are suitable for sites with daily consumption, where the energy produced by the panels can be used to its maximum in real time.
Advantages of grid-connected inverters
Grid-tie inverters are a reliable and cost-effective solution for grid-tied solar systems. They feature high efficiency, relatively easy integration, and the ability to monitor production.
Their main advantages are:
- efficient energy conversion from solar panels;
- reducing electricity costs;
- suitable solutions for home, business and industry;
- ability to monitor and manage the system's operation;
- high reliability with correct sizing;
- more affordable investment compared to battery systems;
- good compatibility with different power photovoltaic panels.
Single-phase and three-phase grid-tie inverters
Single-phase grid-tie inverters are suitable for smaller photovoltaic systems, most often for houses, villas, small offices and sites with single-phase power supply. They are a practical choice when consumption is relatively moderate and the main goal is to reduce electricity bills by directly using the solar energy produced.
Three-phase grid-tie inverters are designed for more powerful systems and sites with three-phase power supply. They are suitable for business buildings, warehouses, manufacturing facilities, commercial sites, agricultural farms and industrial installations. Three-phase models provide greater power, stable operation and even distribution of energy between the phases.
How to choose a suitable grid-tie inverter?
When choosing a grid-tie inverter, it is important to consider the power of the photovoltaic system, the type of electrical grid, the number and location of solar panels, the available MPPT inputs, the installation conditions and the monitoring capabilities. A well-sized inverter helps the system operate efficiently and maximize the potential of solar energy.
For smaller residential systems, single-phase grid-tie inverters are usually chosen, while for larger sites with higher consumption, three-phase solutions are most often recommended. If you plan to add batteries in the future, it is a good idea to discuss at the selection stage whether a grid-tie inverter is the most suitable option, or whether it is better to focus on a hybrid inverter.
Why choose a grid-tie inverter from SicoSolar?
SicoSolar offers grid-tie inverters and complete solutions for building efficient photovoltaic systems. With us you will find models for different capacities and applications, as well as professional advice on choosing the right equipment. Our team can assist you in sizing the system, selecting compatible components and building a solution tailored to the specific needs of your home or business.
With a properly selected grid-tie inverter, you get higher efficiency, better control over the energy produced and a real opportunity to reduce electricity costs. Browse the offers in the category and choose a reliable grid-tie inverter for your photovoltaic system.






