1. the energy-saving effect is different
The switching power supply of the pulse power supply is made of high frequency transformer, which greatly improves the conversion efficiency. Under normal circumstances, the efficiency of the equipment can be increased by more than 10%. When the load rate reaches below 70%, the efficiency of the silicon control equipment can be increased by more than 30%.
The DC power supply must be equipped with different distribution systems and racks, and the generator must also be integrated to convert the power supply of the generator into a DC power supply.
2.Different levels of technical complexity
The pulse power supply is small in size and light in weight, and is one-fifth to one-tenth of the controllable power supply, which is very convenient for planning, expansion, maintenance and installation.
Direct current is highly destructive, and a data center powered by DC power requires a completely different power distribution system and cabling rack. Distribution also requires the integration of on-site generators so that the power from the backup generator is converted into DC power to supply the appropriate facility.
3.Different output stability
The rapid response of the pulse power supply system can have a strong adaptability to the changes of the network power and load, and can make the output accuracy better than 1%, so that the working efficiency of the switching power supply is higher, so the control accuracy will be higher, and can effectively improve the quality of the product.
4.output waveform is different
The working frequency of the pulse power supply is high, so that the output waveform adjustment processing cost is low, and it can be more convenient to change the output waveform according to the user's requirements, which can not only improve the work efficiency of the work site, but also improve the quality of the processed products.
