Bring a Defined Power-Conversion Plan to Your Off-Grid Setup

Build your equipment plan around a solar inverter kit offered in several connection and output configurations. The listing brings together panel and inverter options for a compatible 12V battery-based system, giving you a starting point for a purposeful outdoor, vehicle or off-grid installation.

Key Benefits

• 12V system format — Plan the inverter around a compatible battery supply.
• 110V and 220V selections — Choose the AC output configuration required by your equipment.
• Model-specific display options — View the operating information provided by the selected inverter.
• Panel and connection accessories — Coordinate the selected kit components with your installation plan.
• Multiple inverter configurations — Choose the waveform and documented continuous rating appropriate for the load.

Start with the equipment you want to operate and work back through its voltage, running load and startup requirements. Choose a suitable inverter configuration, battery capacity and solar charging arrangement, then have the complete system wired to its component specifications. Solar charging and battery storage work together within a properly designed off-grid setup.

Frequently Asked Questions

What battery-system voltage is listed?

The original specifications identify a 12V input system. Match the selected inverter and charging equipment to the connected battery.

Which AC output options are available?

The option list includes 110V and 220V selections. Choose the version appropriate for your equipment and installation.

Are the model numbers continuous-power ratings?

No. The larger model labels are not continuous-power ratings. Match your load to the selected inverter’s continuous rating, voltage, waveform and startup requirements.

What panel dimensions and weight are listed?

The descriptive specification lists a panel measuring 560 × 420 × 3 mm and weighing 0.8 kg, approximately 1.76 lbs. Package composition depends on the selected kit.

How should I plan battery storage?

The inverter operates from a compatible 12V battery system. Plan the battery capacity and charging arrangement around your equipment load and the operating time you want to support.

SPECIFICATIONS

System input

12V DC

4000W peak-label model

110V or 220V AC; modified sine wave; 60Hz at 110V or 50Hz at 220V; 16.5 × 11.2 × 5.6 cm; plastic housing

5000W peak-label model

220V AC, 50Hz; modified sine wave; 19 × 11.2 × 5.5 cm; aluminum-alloy housing

6000W peak-label model

110V or 220V AC; modified sine wave; 60Hz at 110V or 50Hz at 220V; 19.5 × 10.5 × 6.8 cm; plastic housing

10000W black peak-label model

220V AC, 50Hz; modified sine wave; 25 × 10.5 × 7 cm; aluminum-alloy housing

10000W blue peak-label model

220V AC, 50Hz; pure sine wave; 25 × 10.5 × 7 cm; aluminum-alloy housing

Panel dimensions

560 × 420 × 3 mm

Listed panel DC output

18V / 2.8A

Listed panel USB outputs

Two outputs at 5V / 2.4A each

Panel materials

Aluminum substrate, solar-cell layer and PET surface

Adapter lead length

50 cm

Listed inverter dual-USB output

5V DC / 2.1A; USB arrangement varies by inverter model

Operating information

Model-specific LED or LCD display; follow the selected inverter's manual for protection indications

Source-listed battery-voltage protection thresholds

Low voltage below 10.5V; high voltage above 15V. Follow the selected inverter model's markings and instructions

Load selection

Match continuous power, startup demand, waveform and AC voltage to the appliance; the peak model label is not the usable continuous load rating

Weight: Listed panel weight: approximately 1.76 lbs (0.8 kg), not the weight of the complete kit.