High conversion efficiency, quick start, low no-load current.

Start in soft start mode to protect the start-up risk of electrical appliances.

The protection function is complete, with six protections including undervoltage, overvoltage, overload,

DC voltage can be customized: 36V, 60V, 72V, etc.; AC voltage can be customized 120V, 200V, etc.; sockets in various countries can be customized.

High conversion efficiency and fast start-up.

The use environment of UPS should be well ventilated, conducive to heat dissipation, and keep the environment clean.

The output load of UPS should be controlled at about 60% with high reliability.

The difference between pure sine wave inverter and modified sine wave inverter:

1. The output waveform is different

Pure sine wave inverters generally use PWM inverters, and some even add multi-step inverters. #power inverter with charger The structure is complex, but the output waveform is good, suitable for inductive loads and capacitive loads. Corrected wave inverters generally use square wave inverters, and a few add step inverters. The structure is simple, but the output waveform is poor, #hybrid solar inverter 10kw which is not suitable for inductive loads and capacitive loads.

2. There is a gap in efficiency

Compared with the modified wave inverter, the pure sine wave inverter has higher efficiency, stable sine wave output, high frequency technology, suitable for various loads.

3. Different applicability

Pure sine wave inverters are suitable for inductive loads, capacitive loads and resistive loads, and modified wave inverters are only suitable for resistive loads. #offgrid inverter The loss of electrical appliances is also very large.

solar inverter 5kw