Intelligent integrated power capacitor YJ-BSIC series
1. Integration: Integrate capacitors, reactors (if necessary), switching devices, protection functions, monitoring functions, communication modules, and controllers into the module.
2. Intelligence: Functions such as monitoring, control, execution, protection, and communication are automatically executed and completed. It ADAPTS itself to the power quality of the distribution network and automatically forms a network.
3. The line protection function is complete, featuring overvoltage, undervoltage, overcurrent, unbalance, harmonic, temperature and other protection functions.
4. The power capacitor is designed with a low field strength, a long service life, and is stable and reliable.
5. It features zero-crossing voltage input and zero-crossing current cut-off, achieving true inrush current switching.
6. It has excellent ventilation and heat dissipation technology and strong tolerance to environmental temperature. The harmonic suppression type hub pulsating negative pressure cooling system features air negative pressure convection cooling, and the reactor is spatially isolated from the power capacitor, so the heat from the reactor will not radiate to the capacitor.
7. The power capacitors adopt advanced explosion-proof technology, with safety performance reaching the international advanced level, which can prevent the expansion of accidents.
8. Reactive power compensation type: According to different types of switching, it can be divided into micro-intelligent type, ordinary intelligent type and high-performance intelligent type.
9. Harmonic suppression type: According to the adaptation of series reactors to different types of switching devices, they can be classified into micro intelligent type, ordinary intelligent type and high-performance intelligent harmonic suppression type integrated power capacitors.
10. Compensate for inductive reactive power in the power grid, improve the power factor, reduce line losses, and enhance equipment utilization
11. It is used in places with high requirements for safety and reliability, such as banks, hospitals, shopping malls, transportation hubs, major projects, etc
12. It is applicable to occasions where compensation and filtering are difficult, such as metallurgy, textile, papermaking, welding equipment, ports, etc
13. Group compensation and local compensation at the end of large-scale factories and mines should be carried out to play a pivotal role
