The prices shown on this page are for reference only. The final transaction price will be recalculated and quoted by our sales staff based on your actual needs, purchase quantity, and market conditions. The online prices are for your preliminary budget reference only and do not constitute a final transaction commitment. We always adhere to the principle of integrity and avoid price misrepresentation. Thank you for your understanding and trust.









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Inverter load notes (for reference only)
Resistive load: Refers to a pure resistive load that works through a resistor-like component. Ordinary household appliances such as incandescent lamps, induction cookers, fans, computers, microwave ovens, etc. For example: a nominal 2000W induction cooker can be driven by a 2000W inverter!
Inductive load: Requires a much larger starting current (about 3-7 times). Representative electrical appliances include: refrigerators, washing machines, air conditioners, water pumps, electric tools and other motor-type appliances.
Capacitive load: Generally refers to a load with capacitance parameters such as switching power supplies, energy-saving lamps, electric vehicle charging power supplies, etc.
Sine wave inverters generate pure sine wave AC, consistent with grid power. Modified wave inverters are between square and sine, containing more harmonics.
Modified wave inverters usually have higher conversion efficiency and lower cost. Sine wave inverters are more expensive due to complex control circuits.
Sine wave inverters are for precision equipment and household appliances. Modified wave is for cost-sensitive applications with lower power quality needs.
Sine wave inverters meet all AC load applications. Modified wave has poor adaptability and is limited to specific household appliances.
Sine wave provides high-quality power for sensitive medical/laboratory equipment. Modified wave may interfere with communications and precision tools.