Designed with a computer-based architecture, safety is improved, featuring over-temperature protection, overload protection, low-voltage protection, high-voltage protection, surge protection, and short-circuit protection.
- Peak power refers to the power level that the power inverter can withstand at the moment it is powered on. It usually applies to motor-type loads, where the instantaneous starting power is formed due to the large inrush current during startup.
Rated power refers to the power that the inverter can continuously output under normal operating conditions. - Resistive loads are electrical devices that operate through resistive components. Pure resistive loads include devices such as mobile phones, computers, LCD TVs, incandescent lamps, electric fans, automatic mahjong tables, media players, small printers, water dispensers, and rice cookers.
- Inductive loads refer to high-power electrical devices based on electromagnetic induction, such as motors, compressors, relays, and fluorescent lamps. These devices require much higher power at startup than their rated power (typically 3 to 7 times greater).
- The power level of appliances that an inverter can support depends on the power supplied by the battery and the inverter’s continuous power rating. The duration of use depends on the battery capacity.
