Advantages of Using Capacitor Compensation Technology

In contemporary power systems, the Dynamic Compensation Device is one of the key capacities to optimize power fantastic and enhance the effectiveness of electricity grid operation. As an important form of reactive compensation, capacitor compensation science has been extensively used in energy structures with its unique benefits and high-quality results. 

Principles of Reactive Compensation Device

The cause of reactive compensation is to stabilize the lively strength and reactive power in the energy system, ensure the steady operation of the energy grid, and ensure the proper overall performance of power equipment. The following are the simple standards of reactive compensation:

1. Reduce glide and reflection to acquire nearby compensation

Reactive compensation technology can efficaciously reduce the reactive electricity glide in the electricity grid and limit the reflection and loss of the line by installing capacitors at key nodes of the electricity grid. This neighborhood compensation approach can optimize the power factor of a particular area, thereby enhancing the working efficiency of the whole energy grid.

2 Combination of hierarchical compensation and neighborhood compensation

Power Compensation Device is usually divided into two methods: hierarchical compensation and non-hierarchical compensation. Hierarchical compensation refers to compensation at specific degrees of the entire strength grid, while local compensation is carried out at particular load centers or substations. This aggregate can flexibly alter the compensation method according to the proper scenario of the energy grid to attain greater accurate power issue control.