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Hybrid Inverters

Hybrid Inverters — Off-Grid Power Solutions for Home and Business

A hybrid inverter combines a solar inverter, battery charge controller, and uninterruptible power supply in a single device. It ensures continuous power by automatically switching between solar panels, batteries, and the grid. Our catalog features Veichi hybrid inverters and Deye hybrid inverters rated from 3 to 50 kW for residential homes, farms, and commercial facilities.

Popular categories by power: 3 kW inverters for small cabins, 5 kW and 6 kW for medium homes, 10 kW and above for larger properties.

How to Choose a Hybrid Inverter

Key selection criteria:

  • Power rating — must cover peak simultaneous consumption. Small home: 3–5 kW, medium: 5–8 kW, large: 10 kW+.
  • Battery voltage24 V models for small systems, 48 V for most residential setups.
  • Phasessingle-phase 220 V for residential use, three-phase 380 V for industrial.
  • MPPT range — determines solar panel compatibility and conversion efficiency.
  • Efficiency — higher means fewer losses (top models reach 97–98%).

Comparison of best-selling models:

ModelPowerBatteryEfficiencyPrice
Veichi SISV-10.2K-H(TWIN)10.2 kW48 V98%29,500 UAH
Veichi SISV-8.2K-H(TWIN)8.2 kW48 V98%25,000 UAH
Veichi SV-6K-S6.5 kW48 V94%23,000 UAH
Veichi SV-4K-S4.0 kW24 V94%17,500 UAH
Deye SUN-6K-SG05LP1-EU6.0 kW48 V97.6%52,300 UAH

Hybrid Inverter Manufacturers

We offer two leading brands:

  • Veichi — 25 models from 4 to 50 kW. The SISV series with dual MPPT trackers and 98% efficiency delivers the best price-to-performance ratio. Detailed Veichi SIS-5K-H review →
  • Deye — 16 models including single-phase and three-phase solutions. A globally recognized brand with EU certifications.

Hybrid Inverters by Specification

Frequently Asked Questions

What is a hybrid inverter?
A device combining a solar inverter, charge controller, and UPS. It works from panels, batteries, and the grid, switching between sources automatically. Hybrid vs grid-tied inverters →

How does it differ from a regular solar inverter?
A regular inverter only converts DC to AC. A hybrid adds battery charging, UPS functionality, and off-grid operation when the grid is down.

How do I choose the right power rating?
Small home — 3–5 kW, medium — 5–8 kW, large — 10 kW+. Account for surge currents from air conditioners and pumps.

What batteries are compatible?
LiFePO4 (lithium iron phosphate) is the best choice: 6,000+ cycles, safe, compact. Most models support 48 V batteries.

Can it work without solar panels?
Yes. A hybrid inverter functions as a UPS from grid + batteries. Solar panels can be added later.

Warranty and Support

All hybrid inverters come with an official manufacturer warranty. Our engineers assist with power sizing, system design, and commissioning. Payment options include bank transfer and cash. Delivery via Nova Poshta and direct shipping across Ukraine: Kyiv, Kharkiv, Odesa, Dnipro, Lviv, and more.

Frequently Asked Questions

What is a hybrid inverter?

A hybrid inverter combines the functions of a solar inverter, battery charger, and uninterruptible power supply (UPS). It can work from solar panels, batteries, and grid simultaneously, automatically switching between power sources for optimal energy supply.

How does a hybrid inverter differ from a regular solar inverter?

A regular solar inverter only converts DC from panels to AC for the grid. A hybrid inverter additionally has a battery charge controller, UPS function, and can operate off-grid. When the grid goes down, the house is powered by panels and batteries.

How do I choose the right hybrid inverter power rating?

The inverter power should cover peak simultaneous consumption. For a small house — 3-5 kW, medium — 5-8 kW, large — 8-15 kW. Account for starting currents of high-power loads (air conditioners, pumps).

What batteries are compatible with hybrid inverters?

Most hybrid inverters work with lithium iron phosphate (LiFePO4) and lead-acid batteries. LiFePO4 is the optimal choice: 6000+ cycles, safe, compact. Battery capacity depends on desired backup time — for 8 hours at 1 kW consumption, approximately 10 kWh is needed.