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Fan or emergency power outages are always a big hassle, both for the population and for critical infrastructure or business. Given market trends in energy supply, the desire to save arises in more and more people. Green energy occupies a worthy place in the energy market, and with it the number of people willing to sell solar energy at a green tariff is growing. To build a solar power plant, in addition to solar panels, a solar inverter is also needed - this is a device that switches your solar power plant and distributes the energy produced by the panels between the house and the network or a storage battery.

Solar inverters

A key component of your solar power plant, choose a reliable inverter that converts the sun's energy into stable electricity for your home or business.

What is a solar inverter and why is it important?

A solar inverter is the “heart” of a solar power plant. Its main function is to convert direct current (DC) generated by solar panels into alternating current (AC), which is used in household appliances and the electrical grid. The efficiency, reliability and functionality of the entire system depend on the choice of inverter.

Main types of solar inverters

On-Grid

Purpose: For systems operating in parallel with the central electricity grid at a "green" tariff. Surplus energy is sold to the grid.

Advantages: High efficiency, lower costs, quick payback.
Disadvantages: Does not work when the network is disconnected.

Autonomous (Off-Grid)

Purpose: For completely independent systems without connection to the central network. Used with batteries.

Advantages: Complete energy independence, reliable power supply during blackouts.
Disadvantages: Higher cost, need for batteries.

Hybrid

Purpose: A universal solution that combines the functions of a grid-connected and stand-alone inverter. Can work with the grid, sell surpluses, and store energy in batteries.

Advantages: Flexibility, backup power, consumption optimization.
Disadvantages: Higher cost, more complex configuration.

How does a hybrid inverter work?

The infographic clearly demonstrates the movement of energy in a system with a hybrid inverter.

Infographics of the operation of a hybrid inverter for a solar power plant

Explanation to the infographic: Solar panels -> Inverter (converts DC to AC) -> 1. Powering the house, 2. Charging the battery, 3. Selling excess to the grid. When the grid is disconnected, the inverter switches to battery power.

How to choose a solar inverter?

  • System type

    Determine whether you need a grid-connected, off-grid, or hybrid system. It depends on your goal: earning on a “green” tariff, complete energy independence, or backup power.

  • Power

    The inverter power should match the power of the solar panels and your consumption. Consider a possible margin for future expansion.

  • Producer

    Choose reliable and proven manufacturers with a warranty and a service center in Ukraine. For example, Deye, Huawei, Solis, Fronius, etc.

  • Technical specifications

    Pay attention to efficiency, number of MPPT trackers, ability to work with batteries, and availability of monitoring.

Why is it profitable to buy a solar inverter from us?

We offer a wide range of solar inverters from leading global manufacturers. In our catalog you will find models for any needs: from small home systems to industrial power plants. All inverters are certified, have an official warranty and are provided with professional service. Our consultants will help you choose the optimal inverter for solar panels , taking into account your technical requirements and budget.

In addition, we provide a full range of services for the design and installation of solar power plants on a turnkey basis. By choosing us, you get not just equipment, but a comprehensive solution for energy independence. Find out the price of an inverter on our website and take advantage of expert advice.

💵 Most expensive Inverters

💎 The cheapest inverters in the store

CL-0000233
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AC connectionPlug-in connector All-pole sensitive residual current monitoring unit Battery typeLiFePO4 Battery voltage rangefrom 40V. up to 60V. Certificates and approvals (more available upon request)CE, EN50549, IEC62109, IEC62116, IEC61727, IEC61683, IEC60068, IEC61000, AS/NZS4777, C10/C11 Climatic category (according to IEC 60721-3-4)4K4H Communication with BMS Compatible batteryAiswei Ai-HB G2 Series DC connectionPlug-in connector Guarantee10 years
CL-0000071
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AC connectionPlug-in connector All-pole sensitive residual current monitoring unit Certificates and approvals (more available upon request)CE, EN50549, IEC62109, IEC62116, IEC61727, IEC61683, IEC60068, IEC61000, AS/NZS4777, C10/C11 Climatic category (according to IEC 60721-3-4)4K4H Communication with BMS DC connectionPlug-in connector Guarantee10 years Idle power< 1W. Installation typeWall bracket Maximum efficiency / European efficiency97.7% / 97.3%
CL-000190
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$1,85854
AC connectionPlug-in connector Battery typeLiFePO4 Battery voltage rangefrom 120V to 600V Communication with BMS Compatible batteryAiswei Ai-HB G2 Series DC connectionPlug-in connector Guarantee10 years Installation typeWall bracket Max. charging / discharging power8000 W / 8000 W Max. charging current / Max. discharge current30A
CL-000235
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AC connectionPlug-in connector Battery typeLiFePO4 Battery voltage rangefrom 120V to 600V Communication with BMS Compatible batteryAiswei Ai-HB G2 Series DC connectionPlug-in connector Guarantee10 years Installation typeWall bracket Max. charging / discharging power8000 W / 8000 W Max. charging current / Max. discharge current30A
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