Modified Sine Wave Portable 300W-5000W 600wdc to AC Hybrid Solar Power Inverter

Technical Specifications

Output Power:501 - 1000W

Grid Type:off-Grid Inverter

Output Type:Single

Circuit Topologies:Full-Bridge Type

Wave Form:Modified Sine Wave

Input Voltage:12V/24V/48V

Peak Power:1800W

Output Frequency:50Hz

Product Description

This 600W Modified Sine Wave Inverter delivers robust and reliable 220V/230V AC power, offering significantly greater capacity than lower-wattage models. Its substantial power output is designed to run a wider array of equipment, from power tools like drills and angle grinders to essential appliances such as small refrigerators, coffee makers, and kitchen gadgets. Whether for professional use at a remote job site, outdoor recreation, or emergency backup power, this inverter provides the versatility to keep your devices operational wherever you are.

✔ The modified sine wave design strikes an ideal balance between performance and affordability. This technology ensures compatibility with a vast majority of common electronic devices.

✔ Built with multiple intelligent protection systems: safeguards against overload, over-voltage, under-voltage, overheating, and short circuits.

Global Standard Plug Options

A key feature of this inverter is the availability of models equipped with either EU Standard or Chinese National Standard (GB) AC outlets. This allows you to select the version that matches the common wall plug type in your region. This thoughtful design enhances convenience and portability, making the inverter instantly usable and ideal for users in different parts of the world.

Electrical Parameters

Item	Description	Nominal Value	Unit	Remark
1.01	MAX. Continuous Output Power	600	W	≥1H
1.02	DC Input Static Current(No Load)	≤0.3	A	DC12.8V
1.04	AC Output Wave Form	Modified Sine	-	Analog sine wave mode
1.07	Low Voltage Alarm	10.5 ±0.3	V	Buzzer intermittent alarm
1.10	Output AC Voltage	220	Vac	Range: +10/-20
1.18	Full Load Efficiency	≥84	%	High efficiency output

Company Capability

Established in 2005, we are committed to R&D, innovation, and manufacturing of power solutions. With a professional team possessing more than 30 years of industry experience, we have built a solid foundation of technical expertise and a trusted global reputation. We obtained ISO9001 quality management system certification in 2006, ensuring every process meets international standards.

Our Factory & Manufacturing

Certifications & Global Presence

Packaging & Shipping

Frequently Asked Questions

Q: Are your power inverters reliable and certified?

A: Yes, we utilize advanced production equipment and a strict ISO 9001 quality control system. Our products carry international certifications such as CE, RoHS, UL, FCC, and TÜV, ensuring they meet global safety and quality standards.

Q: What is the efficiency of your power inverters?

A: Our high-quality inverters are designed for maximum efficiency. Depending on the model, efficiency can reach over 90%, with some high-end units reaching approximately 95%, ensuring minimal energy loss.

Q: What is the difference between pure sine wave and modified sine wave?

A: Pure sine wave inverters provide power identical to grid electricity, ideal for sensitive electronics. Modified sine wave inverters are more cost-effective and work perfectly for resistive loads like lights, heaters, and most chargers.

Q: Why might an inverter have no output?

A: This can be caused by loose input connections, a blown fuse due to overload, or an internal short circuit. Our units include protection circuits that automatically shut down to prevent damage during such events.

Q: Can I customize an inverter for my specific needs?

A: Yes, we offer extensive customization services. You can specify requirements for input/output voltage, power rating, waveform type, physical dimensions, and special features to match your application.

Q: What should I do if the output voltage is unstable?

A: First, check if the battery level is low or if the input voltage is fluctuating. Ensure the connected load does not exceed the rated power. For professional users, we recommend checking the internal voltage stabilization circuit.