Pure Sine Wave DC to AC | 50Hz/60Hz | Multiple Voltage Support (24V-230V)









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Refers to a pure resistive load that works through a resistor-like component. When there is no phase difference between the load current and voltage, the load is resistive (e.g., incandescent lamps, induction cookers, fans, computers). A 2000W induction cooker can be driven by a 2000W inverter.
Made using electromagnetic induction (motors, compressors). These require a much larger starting current (3-7 times) than normal operation. For example, a 150W refrigerator may peak over 1000W at startup. Representative appliances: refrigerators, washing machines, air conditioners, water pumps, and electric tools.
Generally refers to a load with capacitance parameters where voltage lags current. Representative loads: switching power supplies, energy-saving lamps, and electric vehicle charging power supplies.
1. Waveform Quality: Sine wave inverters generate pure AC consistent with the grid, featuring high output quality and low harmonic content.
2. Efficiency & Cost: Modified wave inverters are cost-sensitive but may generate higher heat. Sine wave models use complex control circuits for better performance.
3. Adaptability: Sine wave inverters meet all AC load applications, including sensitive medical and laboratory equipment.
4. Equipment Impact: Sine wave provides clean power for sensitive electronics; modified waves may cause interference in precision or communication equipment.



