Power conversion

Convert solar and stored energy with a clear path to backup.

HONKILO offers off-grid and hybrid inverters for homes and commercial systems, plus larger PCS and combiner cabinets for storage and microgrid projects.

Residential inverters1-12 kWOff-grid, hybrid and UPS modes

Commercial hybrids50-80 kWHigh-voltage battery platforms

PV inputUp to 128 kWBy selected hybrid configuration

PCS & combiners500 / 750 kWBattery, PV and source-routing options

EU conversion range

Whole-home backup or panel-level solar.

Two compact product families cover different distributed-system architectures. The off-grid inverter centralizes battery charging and backup, while the micro inverter converts each PV input at the panel.

4-10 kW off-grid / UPS

Whole-home conversion with battery and generator input.

Supports 24 or 48 Vdc lithium and lead-acid batteries, up to 1.5 times rated solar input and 10 ms typical UPS transfer.

Power options4 / 6 / 8 / 10 kW

Peak efficiency94%

PV array5-12 kWp

Monitoring4G / Wi-Fi

600 / 800 W micro inverter

Panel-level conversion for compact and expandable PV.

Each unit accepts two PV inputs, tracks MPPT above 99.5% accuracy and delivers 550 or 750 W through an IP65 outdoor enclosure.

PV input2 x 200-400 W

AC output120 / 230 Vac

Efficiency94-95%

Weight2.5 kg

Open the EU product library for the complete comparison and battery pairing guidance.

HONKILO

Hybrid inverter

Residential and light commercial

Solar input, battery charging and backup in one power path.

Hybrid inverters coordinate solar generation, battery charging and load supply. Off-grid product families can also include UPS functionality for sites where grid quality or availability is uncertain.

EU and US voltage families

IP20 and IP65 options

Grid, off-grid and UPS modes

Wi-Fi monitoring

PV and utility battery charging

Single- and split-phase formats

Discuss inverter options

Find the right family

Start with the battery architecture and grid voltage.

The inverter family must match the battery voltage range, required backup behavior, available PV power and destination grid.

Off-grid / UPS

1-12 kW

For homes and small facilities that need solar charging, battery support and an independent critical-load supply.

12-48 Vdc120 / 230 VacIP20

View operating ranges

Low-voltage hybrid

6-12 kW

Hybrid conversion for 40-60 Vdc battery systems, with single-phase and split-phase versions for different markets.

40-60 VdcIP20 / IP65Up to 18 kW PV

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High-voltage hybrid

50-80 kW

Commercial inverters for 160-1000 Vdc battery systems and three-phase 220/380 or 230/400 Vac installations.

80-128 kW PVIP65Three-phase

Review commercial options

PCS & combiners

500-750 kW

Project-scale conversion with solar MPPT, battery interface and multi-source combiner options for microgrid architectures.

680-950 Vdc batteryup to 950 Vdc PVIP54

Explore PCS systems

Representative specifications

Compare rated power, battery voltage and PV input.

Use the table for early system matching. The final configuration must be checked against the battery manufacturer's protocol and the grid-code requirements of the destination.

Inverter and PCS families

Market-specific approvals

Family	Rated power	Battery voltage	PV input	Grid / protection
Off-grid EU	1 / 3.6 / 6 / 12 kW	12 / 24 / 48 Vdc	1-15 kW	230 Vac; IP20
Off-grid US	3 / 5 / 6 / 12 kW	24 / 48 Vdc	3.6-12 kW	120 or 120/240 Vac; IP20
Hybrid EU, IP20	6 / 12 kW	48 Vdc	6.5 / 12 kW	230 Vac; single-phase
Hybrid EU, IP65	6 / 10 / 12 kW	40-60 Vdc	7.8-15.6 kW	220/380 or 230/400 Vac
Hybrid US, IP65	10 / 12 kW	40-60 Vdc	15 / 18 kW	120/240 Vac; split-phase
High-voltage hybrid	50 / 60 / 80 kW	160-1000 Vdc	80 / 96 / 128 kW	220/380 or 230/400 Vac; IP65
PCS cabinet	500 kW	680-950 Vdc	Up to 480 kW MPPT	380 / 400 Vac; grid and off-grid
Combiner cabinet	500 / 750 kW	PV, battery, grid and diesel inputs	4-in-1 or 6-in-1	IP54; transition under 10 ms

The listed voltage families may be region-specific. Availability, standards, communication protocols, protection ratings and transformer options are confirmed during quotation.

Selection logic

Four details that narrow the inverter choice.

Battery voltageMatch the inverter DC window to the storage platform.

Backup modeDefine whether the site needs off-grid operation, UPS behavior or both.

PV capacityCheck maximum input power, MPPT voltage and string design.

Market complianceConfirm grid voltage, phase format and local certification needs.

Residential to project scale

Power conversion belongs inside the system discussion.

Inverter capacity alone is not enough. Battery limits, load profile, solar array size, generator behavior and switching requirements all shape the final configuration.

ResidentialCompact hybrid and off-grid families with backup support.

CommercialThree-phase and high-voltage platforms for larger loads.

MicrogridPCS and combiner cabinets for multi-source operation.

IntegrationMatch communication, protection and energy management.

Start with the system

Find the inverter or PCS that fits the architecture.

Share the battery voltage, required power, solar array size and destination market.

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