Common types and operation methods of Off-Grid Low-Frequency Inverter

Off-Grid Low-Frequency Inverter is generally divided into two types, medium and small power and multiple series type. Then we will introduce the two types of Off-Grid Low-Frequency Inverter on this aspect. Let's take a look at how to assemble the Off-Grid Low-Frequency Inverter.

 

Common type

How to install and use

 

Common type

1. Small and medium power

Medium and small power Off-Grid Low-Frequency Inverter power supply is one of the important links of Off-Grid Low-Frequency Inverter in household independent AC photovoltaic systems. The reliability and efficiency of Off-Grid Low-Frequency Inverter are important for the promotion of photovoltaic systems and effective energy use. It is very important to reduce the cost of the system. Therefore, photovoltaic experts from various countries have been working hard to develop Off-Grid Low-Frequency Inverter inverter power supplies suitable for household use to promote the better and faster development of Off-Grid Low-Frequency Inverter in this industry.

2. Multiple tandem type

The application of multiple series Off-Grid Low-Frequency Inverter to electric vehicles has many advantages. The Off-Grid Low-Frequency Inverter series structure has greatly increased the output voltage vector types, which enhances the flexibility of control and improves the accuracy of control; at the same time, it reduces the fluctuation of the neutral point voltage of the motor. The bypass feature of Off-Grid Low-Frequency Inverter can improve the flexibility of Off-Grid Low-Frequency Inverter charging and regenerative braking control.

As people are increasingly concerned about the urban environment, the development of Off-Grid Low-Frequency Inverter electric vehicles has a rare opportunity. In urban transportation, electric buses have become a priority for development due to their large capacity and high comprehensive benefits. Most electric buses use three-phase AC motors. Due to the high power of the Off-Grid Low-Frequency Inverter motor, the components in the three-phase Off-Grid Low-Frequency Inverter need to withstand the effects of high voltage and high current stress, and the higher DV/ DT causes serious electromagnetic radiation and requires Off-Grid Low-Frequency Inverter for good heat dissipation.

The high-power Off-Grid Low-Frequency Inverter with a multiple series structure reduces the voltage stress of a single device and reduces the requirements for the device; it reduces the DV/DT value and reduces the electromagnetic radiation. Off-Grid Low- The heating of Frequency Inverter devices is also greatly reduced; as the types of Off-Grid Low-Frequency Inverter output levels increase, Off-Grid Low-Frequency Inverter has better control performance.

The multiple series Off-Grid Low-Frequency Inverter is suitable for high-power electric vehicle drive systems. The Off-Grid Low-Frequency Inverter uses a multiple series structure. The Off-Grid Low-Frequency Inverter can reduce the risk of multiple batteries in series. The Off-Grid Low-Frequency Inverter reduces the switching stress of the device and reduces electromagnetic radiation.

The Off-Grid Low-Frequency Inverter multiple series structure output voltage vector types have been greatly increased, thereby enhancing the flexibility of Off-Grid Low-Frequency Inverter control and improving the accuracy of Off-Grid Low-Frequency Inverter control; at the same time reducing Off-Grid Low-Frequency Inverter motor neutral point voltage fluctuations. To maintain the balance of the power of each battery, it is necessary to ensure that the discharge time of the battery is consistent when the Off-Grid Low-Frequency Inverter is running.

 

How to install and use

1) Set the converter switch of Off-Grid Low-Frequency Inverter to the OFF position, and then insert the Off-Grid Low-Frequency Inverter cigar head into the cigarette lighter socket in the car to ensure that it is inserted in place and good contact;

2) Make sure that the power of all Off-Grid Low-Frequency Inverter appliances is below the nominal power of G-ICE before they can be used. Plug the 220V plug of the Off-Grid Low-Frequency Inverter appliance directly into the 220V socket at one end of the converter, and make sure The sum of the power of all connected appliances in the two sockets of Off-Grid Low-Frequency Inverter is within the nominal power of G-ICE;

3) Off-Grid Low-Frequency Inverter turns on the converter switch, the green indicator light is on, indicating that it is working normally;

If you have any questions about the installation and use of off-grid low-frequency inverters, please contact Shenzhen SUNRAY POWER CO., LTD. We have a professional after-sales team to provide you with a complete service.